给定一个具有一定高度和半径的水箱，以及可用于填充水箱的水流。确定油箱在给定的时间内是否会溢出。 注： 水流量将以每分钟的体积计算。 例如：
null
--r=5-- ---------- ^ | | | | | | | | h = 10 | | | ---------- ^ rate_of_flow = 10Input : given_time = 10.0Output : UnderflowInput : given_time = 100.0Output : Overflow
方法： 圆柱形储罐的容积为（22/7）*半径*半径*高度。首先，找出完全注满油箱所需的时间，然后将其与给定的时间进行比较。如果给定的时间大于要求的时间，将导致溢出情况。如果给定的时间小于所需的时间，则将导致底流状态，否则油箱将充满。 以下是上述方法的实施情况：
C++
// C++ program to check if Tank will // overflow or not in given time #include <bits/stdc++.h> using namespace std; // function to calculate the volume of tank float volume( int radius, int height) { return ((22 / 7) * radius * radius * height); } // function to print overflow / filled / // underflow accordingly void check_and_print( float required_time, float given_time) { if (required_time < given_time) cout << "Overflow" ; else if (required_time > given_time) cout << "Underflow" ; else cout << "Filled" ; } // driver function int main() { int radius = 5, // radius of the tank height = 10, // height of the tank rate_of_flow = 10; // rate of flow of water float given_time = 70.0; // time given // calculate the required time float required_time = volume(radius, height) / rate_of_flow; // printing the result check_and_print(required_time, given_time); return 0; } |
JAVA
// Java program to check if Tank will // overflow or not in given time class Number { // function to calculate the volume of tank public static float volume( int radius, int height) { return (( 22 / 7 ) * radius * radius * height); } // function to print overflow / filled / // underflow accordingly public static void check_and_print( double required_time, double given_time) { if (required_time < given_time) System.out.print( "Overflow" ); else if (required_time > given_time) System.out.print( "Underflow" ); else System.out.print( "Filled" ); } // driver code public static void main(String[] args) { int radius = 5 , // radius of the tank height = 10 , // height of the tank rate_of_flow = 10 ; // rate of flow of water double given_time = 70.0 ; // time given // calculate the required time double required_time = volume(radius, height) / rate_of_flow; // printing the result check_and_print(required_time, given_time); } } // This code is contributed by rishabh_jain |
Python3
# Python3 code to check if Tank will # overflow or not in given time # function to calculate the volume of tank def volume(radius, height): return (( 22 / 7 ) * radius * radius * height) # function to print overflow / filled / # underflow accordingly def check_and_print( required_time, given_time): if required_time < given_time: print ( "Overflow" ) elif required_time > given_time: print ( "Underflow" ) else : print ( "Filled" ) # driver code radius = 5 # radius of the tank height = 10 # height of the tank rate_of_flow = 10 # rate of flow of water given_time = 70.0 # time given # calculate the required time required_time = volume(radius, height) / rate_of_flow # printing the result check_and_print(required_time, given_time) # This code is contributed by "Sharad_Bhardwaj". |
C#
// C# program to check if Tank will // overflow or not in given time using System; class Number { // function to calculate the volume of tank public static float volume( int radius, int height) { return ((22 / 7) * radius * radius * height); } // function to print overflow / filled / // underflow accordingly public static void check_and_print( double required_time, double given_time) { if (required_time < given_time) Console.WriteLine( "Overflow" ); else if (required_time > given_time) Console.WriteLine( "Underflow" ); else Console.WriteLine( "Filled" ); } // driver code public static void Main() { int radius = 5, // radius of the tank height = 10, // height of the tank rate_of_flow = 10; // rate of flow of water double given_time = 70.0; // time given // calculate the required time double required_time = volume(radius, height) / rate_of_flow; // printing the result check_and_print(required_time, given_time); } } // This code is contributed by vt_m |
PHP
<?php // PHP program to check if Tank will // overflow or not in given time // function to calculate // the volume of tank function volume( $radius , $height ) { return ((22 / 7) * $radius * $radius * $height ); } // function to print overflow // / filled / underflow accordingly function check_and_print( $required_time , $given_time ) { if ( $required_time < $given_time ) echo ( "Overflow" ); else if ( $required_time > $given_time ) echo ( "Underflow" ); else echo ( "Filled" ); } // Driver code // radius of the tank $radius = 5; // height of the tank $height = 10; // rate of flow of water $rate_of_flow = 10; // time given $given_time = 70.0; // calculate the required time $required_time = volume( $radius , $height ) / $rate_of_flow ; // printing the result check_and_print( $required_time , $given_time ); // This code is contributed by Ajit. ?> |
Javascript
<script> // JavaScript program to check if Tank will // overflow or not in given time // function to calculate the volume of tank function volume(radius, height) { return ((22 / 7) * radius * radius * height); } // function to print overflow / filled / // underflow accordingly function check_and_print(required_time, given_time) { if (required_time < given_time) document.write( "Overflow" ); else if (required_time > given_time) document.write( "Underflow" ); else document.write( "Filled" ); } // Driver code let radius = 5, // radius of the tank height = 10, // height of the tank rate_of_flow = 10; // rate of flow of water let given_time = 70.0; // time given // calculate the required time let required_time = volume(radius, height) / rate_of_flow; // printing the result check_and_print(required_time, given_time); </script> |
输出：
Underflow
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