UVa 10071 Back to High School Physics

探讨一粒子在初速度为零、加速度恒定的情况下,如何计算其达到某一速度时所需时间两倍时的位置变化。输入包含粒子的速度及达到该速度所需的时间,输出为双倍时间内粒子的位移。

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Input: standard input

Output: standard output

A particle has initial velocity and constant acceleration. If its velocity after certain time is v then what will its displacement be in twice of that time?

Input

The input will contain two integers in each line. Each line makes one set of input. These two integers denote the value of v  (-100 <= v <= 100) and t(0<=t<= 200) ( t means at the time the particle gains that velocity)

Output

For each line of input print a single integer in one line denoting the displacement in double of that time.

Sample Input

0 0
5 12


分析:

公式。水

#include "iostream"

using namespace std;

int main()
{
 int v, t; 
 while(cin>>v>>t)
  cout<<(2*v*t)<<endl; 
 return 0; 
}


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