用递归方法编程计算Fibonacci数列:(n=10),,

#include"stdio.h"intprime(intn){if(n>1)returnn*prime(n-1);elsereturn1;}intmain(){into;for(o=1;o&l

#includefun(intx,intn){if(n==0)return(1);elsereturn(x*fun(x,n-1));}main(){intx,n;scanf("%d,%d",&x,&n

#include#includemain(void){intn,i;printf("请输入n的值\n");scanf("%d",&n);intsum1=1,sum2=2,sum;for(i=3;i

PrivateSubCommand1_Click()n=InputBox("请输入阶数n：")s=f(n)Printn&"!="&sEndSubPrivateFunctionf(ByValnAsInt

#include#defineN20main(){intf(intn);inti;for(i=1;i

然后是用递归逆转输出数字的.programReverseNum;varnum:integer;procedurefun(n:integer);beginifn1thenbeginwrite(nmod1

#include#defineCOL10//一行输出10个longscan(){//输入求fibonacci函数的第N项intn;printf("InputtheN=");scanf("%d",&n)

#includeusingnamespacestd;doublefun(intn,doubleh){if(n==1)returnh;elseif(n再问：usingnamespacestd;这句

说个递归的方法吧;intf(intn){//递归出口；//递归替;}递归出口一般为1或0：如：if(n==1||n==0)return1;//递归出口;elsef(n-1);//递归体希望采纳

publicf(byvalnasinteger)aslongifn=1thenf=1elsef=f(n-1)+nendifendfunction

代码如下:OptionExplicitPrivateSubCommand1_Click()MsgBoxP(2,2)EndSubFunctionP(ByValnAsInteger,ByValxAsDou

longfac(int);这一步应该为longfac(int,float);y=fac(n);这一步应该为：y=fac(n,x);elseif(n=0)f=1;这一步应该为：elseif(n==0)f

#include <stdio.h>int  fun(int n){int m=n;int i=1,j;int 

#includelongfib(intn){inta;if(n==1)a=1;elseif(n==2)a=1;elsea=fib(n-1)+fib(n-2);returna;}voidmain(){\

#include "stdio.h"int climb(int remain){  if(remain==1) &nbs

#includedoublepow(doublex,intn){if(1==n){returnx;}else{doubletemp=pow(x,n-1);return(x*temp);}}voidma

如果每一段有n种走法,那么结果就等于n^10.至于n的计算,是一种比较著名的算法,大致就是根据走1级,2级,3级台阶的方法数,计算走4级台阶的方法数；用走2,3,4级台阶的方法数,计算走5级台阶的方法

publicclassFibonacci{\x09publicstaticvoidmain(Stringargs[]){intn,fn;//n为第n项,fn为第n项的值java.util.Scanne

publicclassFibonacci1{publicstaticlongfib(intn){longf1=1,f2=1;longm=0;if(n

//fibonacci数列:11235813213455...#includedoublefib_val[100]={0};doublefibonacci_1(intn)//递归,计算时间长,n最好不