利用数组求斐波那契数列的前30个数-搜答案-智慧作业帮

为用了很没有效率的递归,所以出结果有点慢#includeiostream.h

因为用了很没有效率的递归,所以出结果有点慢#includef(int);main(){inti,s=0;for(i=1;i

PrivateFunctionF(nAsLong)AsLongIfn>2ThenF=F(n-1)+F(n-2)ElseF=1EndIfEndFunctionPrivateSubCommand1_Cli

现成的

dima()aslong,nasintegern=inputbox("请输入n的值：")redima(1ton)callFibonaccia()subFibonacci(a()aslong)dimia

intnum=1;intprev=0;for(inti=0;i

#include#defineCOL5//一行输出5个longfibonacci(intn){//fibonacci函数的递归函数if(0==n||1==n){//fibonacci函数递归的出口re

1,1,2,3,5,8,13,21,34,55,89,144,233,377,610,987,1597,2584,4181,6765,10946,17711,28657,46368,75025,121

#include#defineN20//N可配,可改成前任意项intmain(void){intFibo[N];Fibo[0]=1;Fibo[1]=2;for(inti=2;i

#include<stdio.h>int main(){\x09int fib[10];\x09fib[0] = 1;\x09fib[1]

PrivateFunctionbq(ByValsAsLong)AsLongSelectCasesCase1bq=1Case2bq=1CaseIs>=3bq=bq(s-1)+bq(s-2)EndSele

#include#definemaxsize50main(){intm,n,d,i,count;intA[maxsize];\x09printf("\n请输入n,m的值,以逗号分开:");\x09sc

这样写已经可以实现了,可以编译后执行一下就知道了,不过格式不太规范啊

Private Sub Command1_Click()Dim F(11), i As LongF(0) =

#includevoidmain(){\x09inti;\x09inta[10];\x09a[0]=a[1]=1;\x09for(i=2;i

因为f[100]是一个很大的数字,int根本就表示不下来,应该用大数的加法来做的#include#includevoidsum(chara[],charb[]){\x09inti,n,k;\x09fo

1123581321345589143232375607……

方法1：斐波那数列前30项是1,1,2,3,5,8,13,21,34,55,89,144,233,377,610,987,1597,2584,4181,6765,10946,17711,28657,4

#!/bin/bash#fibo.sh:Fibonaccisequence(recursive)#Author:M.Cooper#License:GPL3######----------algorit

1123581321345589144就是新的项前两个连续项相加