王子毅 • 8个月前
#include <iostream> #include <cmath> using namespace std; int main() { int h, r; cin >> h >> r; int num_buckets = ceil(20000 / volume); cout << num_buckets << endl; return 0; }
评论:
#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; } |
#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; }#include<iostream> // cin\cout\endl #include<cstdio> //scanf()\printf() #include<cstring> // strcpy()\strcat()\strcmp()\strlen()\memset() #include<cmath> //sqrt()\pow()\abs()\ceil()\floor()\max()\min() using namespace std; int main(){ double h,r,s,a; cin>>h>>r; s=(3.14*r)*(3.14*r)*h/(20*1000)+2; cout<<int(s); return 0; } |