请教C语言高手,用公式s=1-1\/1!+1\/2!-1\/3!+…(-1)n-1\/n!,求s的近似值...
{ printf("1\/e=%f\\n",Exp(-1));}
c语言高精度计算 s=1-1\/2+1\/3-1\/4+...+1\/99-1\/100,精确到小数点后100...
} CF = overflow;}void Minus(int *b, int *a){ int i; int borrow = 0; for (i=N-1; i>=0; i--) { b[i] -= (a[
c语言编程题,求e的近似值,e=1\/1!+1\/2!+1\/3!+...+1\/n!,累加项小于1
正确的公式为:e=1+1\/1!+1\/2!+1\/3!+...+1\/n!代码实现如下:include<stdio.h> int fun(int n){ if(n == 1)return 1;return n*fun(n-1);} int main(){ double sum =1.0 ;int i = 1;while((1.0\/fun(i))>=1e-8){ sum +=(1.0\/fun(i));i++;} printf("%.8...
...+1\/3-1\/4+...+(-1)*(n-1)*1\/n,求sum的近似值,直到最后一项的项值小于...
include "stdio.h"void main(){ float sum=0.0,n=1.0;while(n<1000001){ if((int)n%2)sum+=1\/n;else sum-=1\/n;n+=1.0;} printf("%f\\n",sum);}
关于c语言的题“求S=1\/1!+1\/2!+1\/3!+…+1\/N!”我知道算法但是我的结果最...
是因为double类型的有效位数是15位,到了第16位及后面的数字,就没有意义了。这里要涉及截断误差和积累误差。二进制无法精确表示某些十进制小数,而计算机内存容量又是有限的,所以在表示十进制数值时,必然会因为参与表达数值小数部分的二进制位数有限而产生误差。而这个误差又在计算中不断放大,所以能有...
已知:s=1-1\/2+1\/3-1\/4+…+1\/(n-1)-1\/n,编写程序求解n=100时的S值...
public static void main(String[] args) throws IOException{ double s=0.0000;double x=-1.0;for(int i=1;i<101;i++){ s+=Math.pow(x,i)\/i;} System.out.println("s的值是"+s);} } \/\/本人亲测,完全正确! 二楼思路完全正确,但是指数运算不能(“(-1)^i”)这么表示。得...
C语言编程S=(1-1\/2)+(1\/3-1\/4)+……(1\/(2n-1)-1\/2n)?
include <stdio.h> int main(){ int i, j, n;double s = 0;scanf("%d", &n);for(i = 1; i <= n; i++)s += ((double)1\/(2*i-1) - (double)1\/(2*i));printf("%lf\\n", s);return 0;}
c语言高精度计算 s=1-1\/2+1\/3-1\/4+...+1\/99-1\/100精确到小数点后100...
main(){int x,y,yu,i,zen;int num[N+3];printf("请输入被除数!\\n");scanf("%d",&x);printf("请输入除数!\\n");scanf("%d",&y);zen=x\/y;num[1]='.';for(i=2;i<=N+2;i++){yu=x%y;num[i]=(yu*10)\/y;x=yu*10%y;} printf("%d.",zen);for(i=2;i<=N+2;i...
求C语言编程 计算:sum=1-1\/2!+1\/3!-1\/4!+ …… -1\/10!
自己看一下,,好久不自己编啦 include<stdio.h> void main(){ double sum=0.0,i,t=1;int s=1;for(i=1.0;i<=10.0;i++){ t*=i;sum+=s\/t;s=-s;} printf("%f",sum);}
用c语言编程:计算s=1-1\/2+1\/3-1\/4+1\/5……+1\/m,其中m由输入决定_百度知 ...
Enter m(m>0)...\\nm="); scanf("%d",&m); if(m>0) break; printf("Error, redo: "); } for(s=0,i=1;i<=m;i++) s += i&1 ? 1.0\/i : -1.0\/i; printf("The result is %f\\n",s); return 0;} ...