Quick Heal Total Security 2011 Cracker serial keygen & crack

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Comments

• Most approved comment +75
  quick heal total security 2011 crack file
  
  By anilis - posted Sun, 30 Jan 2011 06:30:28 +0000
  Did you find this comment helpful?  Yes  No
• #1
  thanks for giveing the key
  
  By nagaraj - posted Fri, 17 Dec 2010 08:31:23 +0000
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• #2
  nice
  
  By kishorkuamr - posted Tue, 21 Dec 2010 15:34:09 +0000
  Did you find this comment helpful?  Yes  No
• #3
  this crack not working properly
  
  By shail - posted Tue, 28 Dec 2010 05:04:38 +0000
  Did you find this comment helpful?  Yes  No
• #4
  tiral version carck bad..............
  
  By amit - posted Tue, 28 Dec 2010 09:35:30 +0000
  Did you find this comment helpful?  Yes  No
• #5
  thanks for giveing the key
  
  By inao singh - posted Sat, 01 Jan 2011 15:55:20 +0000
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• #6
  katte ke lund
  
  By Rahul - posted Sat, 01 Jan 2011 17:05:00 +0000
  Did you find this comment helpful?  Yes  No
• #7
  This is working
  
  By Quick Heal - posted Sun, 02 Jan 2011 12:14:34 +0000
  Did you find this comment helpful?  Yes  No
• #8
  This is working
  
  By Quick HEal - posted Sun, 02 Jan 2011 12:16:42 +0000
  Did you find this comment helpful?  Yes  No
• #9
  best anti vires
  
  By shivalik - posted Wed, 19 Jan 2011 08:08:06 +0000
  Did you find this comment helpful?  Yes  No
• #10
  plase
  
  By prabhakar - posted Thu, 20 Jan 2011 05:21:17 +0000
  Did you find this comment helpful?  Yes  No
• #11
  thank,s
  
  By shan - posted Thu, 20 Jan 2011 14:39:58 +0000
  Did you find this comment helpful?  Yes  No
• #12
  how to use thist cd.php file
  explain..... how to crack......
  
  By Dipak Khatri - posted Sat, 22 Jan 2011 16:54:11 +0000
  Did you find this comment helpful?  Yes  No
• #13
  how to use thist cd.php file
  explain..... how to crack......
  
  By Dipak Khatri - posted Sat, 22 Jan 2011 16:54:19 +0000
  Did you find this comment helpful?  Yes  No
• #14
  chutiya kuch bi banata hi kya pablik ko
  
  
  By sajid - posted Wed, 26 Jan 2011 07:57:53 +0000
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• #15
  FAKE !!!
  
  By RAJ - posted Wed, 26 Jan 2011 11:12:06 +0000
  Did you find this comment helpful?  Yes  No
• #16
  vghui-ploki-gytrf-ghyt5-yutg6 3year
  
  By bibek - posted Wed, 26 Jan 2011 13:11:47 +0000
  Did you find this comment helpful?  Yes  No
• #17
  iam abdo and i love the program
  
  By abdo - posted Wed, 26 Jan 2011 13:33:49 +0000
  Did you find this comment helpful?  Yes  No
• #18
  abe mere se sikh kaise crack hota hai
  
  By adi - posted Sat, 29 Jan 2011 07:26:58 +0000
  Did you find this comment helpful?  Yes  No
• #19
  abe mere se sikh kaise crack hota hai
  
  By adi - posted Sat, 29 Jan 2011 07:27:15 +0000
  Did you find this comment helpful?  Yes  No
• #20
  quick heal total security 2011 crack file
  
  By anilis - posted Sun, 30 Jan 2011 06:30:28 +0000
  Did you find this comment helpful?  Yes  No
• #21
  how to use thist cd.php file
  explain..... how to crack......
  
  By Raj - posted Mon, 31 Jan 2011 05:33:06 +0000
  Did you find this comment helpful?  Yes  No
• #22
  Abe Bhadve kuch bhi chutiya banata hai kya logo ko
  
  By Ajinx - posted Tue, 01 Feb 2011 11:50:28 +0000
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• #23
  Abey chutiye kisko chutiya bana raha hai????????????????????????
  
  By - posted Wed, 02 Feb 2011 14:17:34 +0000
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• #24
  kutte lavde ke harami kuch bhejta hai chutiya banata hai kya lavde ?
  roodi ko chadaunga teri gand pe ..
  teri gand crack ho jAYEGI
  
  By raj - posted Wed, 02 Feb 2011 17:22:19 +0000
  Did you find this comment helpful?  Yes  No
• #25
  harami madarchod sale aisa crack hota hai kya....
  
  By rajesh - posted Thu, 03 Feb 2011 12:32:56 +0000
  Did you find this comment helpful?  Yes  No
• #26
  Madatchod chutiye aisa crak hota kya
  
  By mani - posted Fri, 04 Feb 2011 09:04:39 +0000
  Did you find this comment helpful?  Yes  No
• #27
  Haderput emon ki crack ase ni.
  Kutta,suar
  
  By Sanju - posted Fri, 04 Feb 2011 17:38:20 +0000
  Did you find this comment helpful?  Yes  No
• #28
  lund k virus is crack ko apni gaand mai leke dekh crack hoti hai ya nai
  
  By - posted Fri, 04 Feb 2011 21:14:29 +0000
  Did you find this comment helpful?  Yes  No
• #29
  tere liya ek hi word kafi hai madarchodddd.....
  
  By don - posted Sat, 05 Feb 2011 04:18:44 +0000
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• #30
  thanks u r really great
  
  By santosh - posted Sat, 05 Feb 2011 05:20:33 +0000
  Did you find this comment helpful?  Yes  No
• #31
  lund k virus is crack ko apni gaand mai leke dekh crack hoti hai ya nai
  
  
  By jadab - posted Sat, 05 Feb 2011 16:18:29 +0000
  Did you find this comment helpful?  Yes  No
• #32
  http://www.cracks.cx/quick-heal-total-security-2011-cracker-keygen-crack-serial-24426.html
  
  By jadab - posted Sat, 05 Feb 2011 16:22:55 +0000
  Did you find this comment helpful?  Yes  No
• #33
  quick-heal-total-security-2011-cracker-keygen-crack-serial-24426.html
  
  By Sumit - posted Sat, 05 Feb 2011 16:59:30 +0000
  Did you find this comment helpful?  Yes  No
• #34
  Maa Ke launde,behenchod,apni maa ki gand me lund daal ke crack kar le madar chod teri maa ko saand chode
  
  By Aditya - posted Sun, 06 Feb 2011 03:58:55 +0000
  Did you find this comment helpful?  Yes  No
• #35
  abe agar crack nahi hua to teri web site hack kar dunga .
  with respect send me crack file otherwise u know who i'm am..
  in between 2 day you seen ur side with harmful virus..
  
  By the don - posted Sun, 06 Feb 2011 17:41:46 +0000
  Did you find this comment helpful?  Yes  No
• #36
  harami madarchod sale aisa crack hota hai kya....
  behenchod,apni maa ki gand me lund daal ke crack kar le madar chod
  
  By commamdant ss mishra - posted Mon, 07 Feb 2011 06:07:26 +0000
  Did you find this comment helpful?  Yes  No
• #37
  suar ke bhosde je hai kay
  
  By sab ka baap - posted Mon, 07 Feb 2011 18:43:45 +0000
  Did you find this comment helpful?  Yes  No
• #38
  i face virus prblm
  
  By mukesh - posted Wed, 09 Feb 2011 09:41:31 +0000
  Did you find this comment helpful?  Yes  No
• #39
  i face virus prblm
  
  By mukesh - posted Wed, 09 Feb 2011 09:41:41 +0000
  Did you find this comment helpful?  Yes  No
• #40
  i wnt
  
  By akash - posted Wed, 09 Feb 2011 09:43:18 +0000
  Did you find this comment helpful?  Yes  No
• #41
  i wnt
  
  By akash - posted Wed, 09 Feb 2011 09:43:28 +0000
  Did you find this comment helpful?  Yes  No
• #42
  Loda Teri Gand Me Quick Quick Krake Heal Ke Kide Pade Bhadve Chutiye Bus Chutiya Hi Banate Raho Loe Bhadve Tumchi Aaay Cha Ball Futta laudya :P
  
  By Quick Heal - posted Wed, 09 Feb 2011 18:25:58 +0000
  Did you find this comment helpful?  Yes  No
• #43
  MAA KE LOUDE MADAR CHOD TERI GAAND ME SULEMANI KIDE PADE. BHOSDI KE . RANDI KI OLAD, AGAR KRACK HI KARNA HE TO TERI BHEN KI CHADDI CRACK KAR.
  
  By HIREN - posted Thu, 10 Feb 2011 12:01:37 +0000
  Did you find this comment helpful?  Yes  No
• #44
  thanks for all craker devleper investion to the key
  
  By prasad surendra - posted Fri, 11 Feb 2011 06:47:49 +0000
  Did you find this comment helpful?  Yes  No
• #45
  thanks for all craker devleper investion to the key
  
  By prasad surendra - posted Fri, 11 Feb 2011 06:47:54 +0000
  Did you find this comment helpful?  Yes  No
• #46
  jhaantoo ke..........
  
  By vivd - posted Fri, 11 Feb 2011 09:00:15 +0000
  Did you find this comment helpful?  Yes  No
• #47
  .HIIIIII.....ALL
  
  PLS TRY THIS KEY...
  =======================
  0H849-12104-09C0F-272C9
  =======================
  
  
  JAY MATAJI
  
  By GAJENDRASINH K CHAUHAN - posted Sat, 12 Feb 2011 17:56:13 +0000
  Did you find this comment helpful?  Yes  No
• #48
  It is not working...........!!!
  Fuck you..............!!!
  
  By jack - posted Sun, 13 Feb 2011 06:41:19 +0000
  Did you find this comment helpful?  Yes  No
• #49
  madarchod benchod apni site band kar!!!
  bosdike!!!!!!!!!!!!!!!
  
  By play boy - posted Tue, 15 Feb 2011 10:39:15 +0000
  Did you find this comment helpful?  Yes  No
• #50
  GAND TERI BHOSDIKE
  
  By himL - posted Thu, 17 Feb 2011 09:44:28 +0000
  Did you find this comment helpful?  Yes  No
• #51
  Madarchod teri gand me itne lund dalne chahiye ki tu ye harkat band kar de teri maa ki chut crack kar sale gandu....
  
  By satish - posted Thu, 17 Feb 2011 16:02:11 +0000
  Did you find this comment helpful?  Yes  No
• #52
  This key will expire ur Trial Version Quick Heal too....
  So don't use it...
  
  By NOT WORKING - posted Sun, 20 Feb 2011 18:07:37 +0000
  Did you find this comment helpful?  Yes  No
• #53
  behen ke lode teri ma ki gand me big show ka land...........chuth main bike gusa le....apni ma ki gand chato........behen ke chuth se papad banao
  
  By kumarsanu - posted Tue, 22 Feb 2011 08:13:38 +0000
  Did you find this comment helpful?  Yes  No
• #54
  teri maki chut
  
  By teri ma ka rakhwala - posted Wed, 23 Feb 2011 18:01:56 +0000
  Did you find this comment helpful?  Yes  No
• #55
  it is not working. waste of time......
  
  By dineshlal - posted Mon, 28 Feb 2011 03:16:07 +0000
  Did you find this comment helpful?  Yes  No
• #56
  please send me quike heak total security 2011 key may id harmansingh_2@yahoo.com
  
  By harman - posted Sat, 05 Mar 2011 04:56:49 +0000
  Did you find this comment helpful?  Yes  No
• #57
  fuck you ............quick heal
  
  By avadhesh - posted Sat, 05 Mar 2011 17:36:59 +0000
  Did you find this comment helpful?  Yes  No
• #58
  very thankyou
  
  By kush - posted Sun, 06 Mar 2011 08:08:42 +0000
  Did you find this comment helpful?  Yes  No
• #59
  Madercho logo ko ullu bana raha hai....te ri ma ka sakinaka
  
  By - posted Sun, 06 Mar 2011 19:15:40 +0000
  Did you find this comment helpful?  Yes  No
• #60
  kya sabhi logo ko chodu samjha hai re loude
  
  By rj pal - posted Mon, 07 Mar 2011 14:37:53 +0000
  Did you find this comment helpful?  Yes  No
• #61
  dosto iske chakkar me mat pado
  ye madarchod log chodu bana rahe hai. koi dusra website dekho.
  
  By mp raja - posted Mon, 07 Mar 2011 14:43:21 +0000
  Did you find this comment helpful?  Yes  No
• #62
  ......................
  
  By India - posted Wed, 09 Mar 2011 17:14:44 +0000
  Did you find this comment helpful?  Yes  No
• #63
  India
  
  By India - posted Wed, 09 Mar 2011 17:15:13 +0000
  Did you find this comment helpful?  Yes  No
• #64
  India
  
  By India - posted Wed, 09 Mar 2011 17:15:26 +0000
  Did you find this comment helpful?  Yes  No
• #65
  India
  
  By India - posted Wed, 09 Mar 2011 17:15:34 +0000
  Did you find this comment helpful?  Yes  No
• #66
  India
  
  By India - posted Wed, 09 Mar 2011 17:15:46 +0000
  Did you find this comment helpful?  Yes  No
• #67
  India
  
  
  By India - posted Wed, 09 Mar 2011 17:15:54 +0000
  Did you find this comment helpful?  Yes  No
• #68
  India
  
  
  By India - posted Wed, 09 Mar 2011 17:16:03 +0000
  Did you find this comment helpful?  Yes  No
• #69
  India
  
  By India - posted Wed, 09 Mar 2011 17:16:12 +0000
  Did you find this comment helpful?  Yes  No
• #70
  India
  
  By India - posted Wed, 09 Mar 2011 17:16:25 +0000
  Did you find this comment helpful?  Yes  No
• #71
  India
  
  By India - posted Wed, 09 Mar 2011 17:16:33 +0000
  Did you find this comment helpful?  Yes  No
• #72
  India
  
  By India - posted Wed, 09 Mar 2011 17:16:40 +0000
  Did you find this comment helpful?  Yes  No
• #73
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  By Everything is not free puchi ke baloo - posted Wed, 09 Mar 2011 17:18:48 +0000
  Did you find this comment helpful?  Yes  No
• #74
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  v
  
  By Everything is not free puchi ke baloo - posted Wed, 09 Mar 2011 17:18:59 +0000
  Did you find this comment helpful?  Yes  No
• #75
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  By Everything is not free puchi ke baloo - posted Wed, 09 Mar 2011 17:19:09 +0000
  Did you find this comment helpful?  Yes  No
• #76
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  By Everything is not free puchi ke baloo - posted Wed, 09 Mar 2011 17:19:24 +0000
  Did you find this comment helpful?  Yes  No
• #77
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  Everything is not free puchi ke baloo
  
  
  By Everything is not free puchi ke baloo - posted Wed, 09 Mar 2011 17:20:02 +0000
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• #78
  Everything is not free puchi ke baloo
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  Everything is n
  
  By Everything is not free puchi ke baloo - posted Wed, 09 Mar 2011 17:21:47 +0000
  Did you find this comment helpful?  Yes  No
• #79
  teri maki chut
  teri maki chut
  teri maki chut
  teri maki chut
  teri maki chut
  teri maki chut
  teri maki chut
  teri maki chut
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  teri maki chut
  
  
  By baap - posted Sat, 12 Mar 2011 15:34:02 +0000
  Did you find this comment helpful?  Yes  No
• #80
  free me kuch nahi milta to apni amma se keon marva raha hai ...................free me
  
  madar chod
  
  By - posted Sun, 13 Mar 2011 19:46:52 +0000
  Did you find this comment helpful?  Yes  No
• #81
  harami madarchod sale aisa crack hota hai kya.............teri maki chut ma hati ka land?????????????????????????????????????
  
  By san......... - posted Mon, 14 Mar 2011 14:37:17 +0000
  Did you find this comment helpful?  Yes  No
• #82
  rendi ka bacha log....moderchod,behenchod tera maa ka bhosra me ghus laura jisne bhi ye banaya..........moderjaat......randi ka aulaad
  
  By uiyguy - posted Fri, 18 Mar 2011 20:07:52 +0000
  Did you find this comment helpful?  Yes  No
• #83
  maa chuda le behamchud ,teri behan ka bhosara, teri maa chudun
  
  By sachin - posted Tue, 22 Mar 2011 14:21:18 +0000
  Did you find this comment helpful?  Yes  No
• #84
  aaaaaaaaaaa
  
  By aaaaaa - posted Thu, 24 Mar 2011 15:08:26 +0000
  Did you find this comment helpful?  Yes  No
• #85
  TEri ma ka Bosda Sale Sabhi ko chodu Samja hai
  
  By bapu - posted Fri, 25 Mar 2011 07:15:06 +0000
  Did you find this comment helpful?  Yes  No
• #86
  Hey guys don't believe this
  it doesn't work....
  don't wast your time.....
  
  By Jamsbond - posted Sat, 26 Mar 2011 11:52:37 +0000
  Did you find this comment helpful?  Yes  No
• #87
  abe daale bahenchod apni gand me danda de kar ma chudvale saale teri maa ke upar dus playboy kutte chad jaye aur duso ke duso ek saath teri ma me land ghusa kar teri ma ki choot fad de aur ek kuta teri ma ki niple ko kaat de aur teri ma ka dud behene lage aur teri ma ko mothe diary wale utha ke le jaye teri ma behen ki lodi maha randi saali gand me duniya ke sare sariye apni choot me ghusa le teri ma ja rahi ho aur playboy beech raste me teri ma i kachi aur bra ad kar chodne lag jaye aur teri ma ki choot me land ghusa kar teri ma ki choot gala de aur choot crack ho jaye kyoki tune yeh ghatiya crack banaa jo kaam nahi kar raha aur mera computer kharab kar diya ..........
  kide pade tujhe
  
  
  By teri ma ka log - posted Wed, 30 Mar 2011 07:33:32 +0100
  Did you find this comment helpful?  Yes  No
• #88
  abe daale bahenchod apni gand me danda de kar ma chudvale saale teri maa ke upar dus playboy kutte chad jaye aur duso ke duso ek saath teri ma me land ghusa kar teri ma ki choot fad de aur ek kuta teri ma ki niple ko kaat de aur teri ma ka dud behene lage aur teri ma ko mothe diary wale utha ke le jaye teri ma behen ki lodi maha randi saali gand me duniya ke sare sariye apni choot me ghusa le teri ma ja rahi ho aur playboy beech raste me teri ma i kachi aur bra ad kar chodne lag jaye aur teri ma ki choot me land ghusa kar teri ma ki choot gala de aur choot crack ho jaye kyoki tune yeh ghatiya crack banaa jo kaam nahi kar raha aur mera computer kharab kar diya ..........
  kide pade tujhe
  
  
  By teri ma ka log - posted Wed, 30 Mar 2011 07:36:36 +0100
  Did you find this comment helpful?  Yes  No
• #89
  madar chodo crack to sahi rakha karo
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  By condom - posted Wed, 30 Mar 2011 08:06:32 +0100
  Did you find this comment helpful?  Yes  No
• #90
  laudey chutey howley kya samja rey.......
  
  By sana - posted Wed, 30 Mar 2011 08:32:29 +0100
  Did you find this comment helpful?  Yes  No
• #91
  Teri maa ki chuth me dodta hua hathi land dale
  
  Bhadve ise crack nahi virus kehte he
  
  Apnni gand me dal aur apne dimag ko activate kar madarchod
  
  muth mar
  
  By Ravi - posted Fri, 01 Apr 2011 14:49:40 +0100
  Did you find this comment helpful?  Yes  No
• #92
  abe teri maa ko kitno ne milke choda tha
  jab tu peda hua tha.motherchod ye crack apne maa ki jhhad mein dalna.tab tera baap acchi tarah chod payega
  
  By AMAR - posted Sat, 02 Apr 2011 11:57:36 +0100
  Did you find this comment helpful?  Yes  No
• #93
  teri sister de elephant da lan
  
  By teri ma di - posted Sat, 02 Apr 2011 18:38:12 +0100
  Did you find this comment helpful?  Yes  No
• #94
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==
  
  By C - posted Mon, 04 Apr 2011 09:46:16 +0100
  Did you find this comment helpful?  Yes  No
• #95
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }#includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==
  
  By C - posted Mon, 04 Apr 2011 09:47:51 +0100
  Did you find this comment helpful?  Yes  No
• #96
  please send the product key for free of cost only
  aanibrout@gmail.com
  
  By Brundaban - posted Thu, 14 Apr 2011 03:10:17 +0100
  Did you find this comment helpful?  Yes  No
• #97
  no .....its a totally faaaaaaake crack,serial or whatever u called this type of bullshits...
  
  By capacuitina - posted Thu, 21 Apr 2011 11:19:25 +0100
  Did you find this comment helpful?  Yes  No
• #98
  Teri maki teri behenki to me
  
  By Joy Chakraborty - posted Mon, 25 Apr 2011 17:21:26 +0100
  Did you find this comment helpful?  Yes  No
• #99
  Teri maki teri behenki to me
  
  By Joy Chakraborty - posted Mon, 25 Apr 2011 17:26:53 +0100
  Did you find this comment helpful?  Yes  No
• #100
  madarchod behanchod teri maa ki chood
  
  By - posted Mon, 02 May 2011 04:25:46 +0100
  Did you find this comment helpful?  Yes  No
• #101
  Mader chod logo tumahara maa ko chodo randi ki bachha maa ka bur me tum log sab gus jao . tum logo ka maa bur me taza muli lagao . nehi to bap ka land chuso .
  (Big Mother Chod) etc..........
  
  Dusri Bar aisa likha na to tum logo ka maa behan ko internet pe chod denge
  
  By Joy Chakraborty Father (Papa) - posted Mon, 02 May 2011 05:06:34 +0100
  Did you find this comment helpful?  Yes  No
• #102
  Mader chod logo tumahara maa ko chodo randi ki bachha maa ka bur me tum log sab gus jao . tum logo ka maa bur me taza muli lagao . nehi to bap ka land chuso .
  (Big Mother Chod) etc..........
  
  Dusri Bar aisa likha na to tum logo ka maa behan ko internet pe chod denge
  
  By Joy Chakraborty Father (Papa) - posted Mon, 02 May 2011 05:15:57 +0100
  Did you find this comment helpful?  Yes  No
• #103
  teri madarchod pehle jake tu apni maa ki chut chaat jab tak ke pani nahi aa jaye phir apni land leke apni maa ka muh ma apna lund rakhna aur muth mar dena aur phir spns lund teri maa ki chut mai dal ke pel de, aur agar phir bhi ter maa khus na ho to mujhe bula lena
  
  By - posted Tue, 03 May 2011 05:28:52 +0100
  Did you find this comment helpful?  Yes  No
• #104
  Hello. What better http://google.com or http://yahoo.com ?
  
  By Oxillalal - posted Mon, 16 May 2011 04:32:25 +0200
  Did you find this comment helpful?  Yes  No
• #105
  apni gaand ko toh pehle crack karle
  
  By daclub - posted Mon, 13 Jun 2011 17:13:13 +0200
  Did you find this comment helpful?  Yes  No
• #106
  MADARCHOD MAA CHUDANNE KE LIYE SITE KHOL RAKHI HAI KYA.TERI AMMA KI CHUT BHG KULTA SALA...........
  
  By TERA BAAP - posted Fri, 08 Jul 2011 07:18:45 +0200
  Did you find this comment helpful?  Yes  No
• #107
  For #1 to #10 Gandu teri maa kee Chut mein quick heal antivirus dall tere jaise fuckir nahi payda honge.
  
  By Vishal - posted Tue, 19 Jul 2011 07:50:25 +0200
  Did you find this comment helpful?  Yes  No
• #108
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  By I - posted Tue, 19 Jul 2011 08:07:57 +0200
  Did you find this comment helpful?  Yes  No
• #109
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  By I - posted Tue, 19 Jul 2011 08:08:20 +0200
  Did you find this comment helpful?  Yes  No
• #110
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the Fibonacci Series:\n");
  
  printf ("1 "); //to avoid complexity
  
  fibonacci (prev_number,number);
  
  
  }
  
  
  
  fibonacci (int prev_number, int number)
  
  {
  static int i=1; //i is not 0, cuz 1 is already counted in main.
  int fibo;
  
  
  if (i==25)
  {
  printf ("\ndone"); //stop after 25 numbers
  
  }
  
  else
  {
  fibo=prev_number+number;
  prev_number=number; //important steps
  
  number=fibo;
  
  printf ("\n%d", fibo);
  i++; // increment counter
  
  fibonacci (prev_number,number); //recursion
  
  }
  
  }
  
  #includestdio.h
  main()
  {
  
  static int prev_number=0, number=1; // static: so value is not lost
  
  int fibonacci (int prev_number, int number);
  
  printf ("Following are the first 25 Numbers of the F
  
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