给定储罐的填充速度,储罐的高度和储罐的半径,任务是检查储罐在给定时间内是否溢出,下溢和填充。
Input-: radius = 2, height = 5, rate = 10 Output-: tank overflow Input-: radius = 5, height = 10, rate = 10 Output-: tank undeflow
下面使用的方法如下-
输入填充时间,储罐高度和半径的比率
计算水箱的体积以找到水的原始流速。
检查条件以确定结果
如果预期<原始比储罐会溢出
如果期望>原始比储罐会下溢
如果期望=原始比储罐会按时填充
打印结果输出
Start Step 1->declare function to 计算水箱体积 float volume(int rad, int height) return ((22 / 7) * rad * 2 * height) step 2-> declare 检查上溢,下溢和填充的功能 void check(float expected, float orignal) IF (expected < orignal) Print "tank overflow" End Else IF (expected > orignal) Print "tank underflow" End Else print "tank filled" End Step 3->Int main() Set int rad = 2, height = 5, rate = 10 Set float orignal = 70.0 Set float expected = volume(rad, height) / rate Call check(expected, orignal) Stop
#include <bits/stdc++.h> using namespace std; //计算水箱体积 float volume(int rad, int height) { return ((22 / 7) * rad * 2 * height); } //检查上溢,下溢和填充的功能 void check(float expected, float orignal) { if (expected < orignal) cout << "tank overflow"; else if (expected > orignal) cout << "tank underflow"; else cout << "tank filled"; } int main() { int rad = 2, height = 5, rate = 10; float orignal = 70.0; float expected = volume(rad, height) / rate; check(expected, orignal); return 0; }
输出结果
tank overflow