给定圆柱水箱的半径和高度,“ n”个球形实心球具有半径和水箱中的水量,任务是检查将球浸入水箱后水箱是否会溢出。
圆筒
3.14 * r * r * h
其中,r是储罐半径,h是储罐高度
领域
(4/3) * 3.14 * R * R * R
其中,R是球的半径
输入项
tank_height = 5 tank_radius = 2 water_volume = 10 capacity = 10 ball_radius = 2
输出结果
It will overflow
输入给定的尺寸,例如槽的半径,槽的高度,要浸入的球数和半径
应用公式计算罐的容量(体积)
应用公式计算球体的体积
计算水的体积,因为只要将球浸入水箱中,水的体积就会增加。
通过将水的体积和球体的体积相加来计算总体积
检查条件以说明储罐是否会溢出
如果总体积大于容量,则储罐溢出
如果总体积小于容量,则储罐不会溢出
Step 1→ declare function to 检查水箱是否会溢出 void overflow(int H, int r, int h, int N, int R) declare float tank_cap = 3.14 * r * r * H declare float water_vol = 3.14 * r * r * h declare float balls_vol = N * (4 / 3) * 3.14 * R * R * R declare float vol = water_vol + balls_vol IF (vol > tank_cap) Print it will overflow End Else Print No it will not overflow End Step 2→ In main() Declare int tank_height = 5, tank_radius = 2, water_volume = 10, capacity = 10, ball_radius = 2 call overflow(tank_height, tank_radius, water_volume, capacity, ball_radius)
#include <bits/stdc++.h> using namespace std; //检查水箱是否会溢出 void overflow(int H, int r, int h, int N, int R){ float tank_cap = 3.14 * r * r * H; float water_vol = 3.14 * r * r * h; float balls_vol = N * (4 / 3) * 3.14 * R * R * R; float vol = water_vol + balls_vol; if (vol > tank_cap){ cout<<"it will overflow"; } else{ cout<<"No it will not overflow"; } } int main(){ int tank_height = 5, tank_radius = 2, water_volume = 10, capacity = 10, ball_radius = 2; overflow(tank_height, tank_radius, water_volume, capacity, ball_radius); return 0; }
输出结果
如果运行上面的代码,它将生成以下输出-
it will overflow