Suppose that you work for a beverage company. The company wants to know the optimal cost for a cylindrical container that holds a specified volume. Write a program will ask the user to input the volume and radius of the cylinder . Then the program will call a function to compute and return to main the height and cost of the cylindrical container . (Use call by reference syntax for the function call). At the end the program should output the height of the cylinder, and the cost of the cylindrical container . Use the following formulas, where V is the volume, R is the radius, H is the height, and C is the cost of the cylindrical container. H =V / (PI * R2) C = 2*PI*R*(R + H) Note: PI=3.14159

Suppose that you work for a beverage company. The company wants to know the optimal cost for a cylindrical container that holds a specified volume. Write a program will ask the user to input the volume and radius of the cylinder . Then the program will call a function to compute and return to main the height and cost of the cylindrical container . (Use call by reference syntax for the function call). At the end the program should output the height of the cylinder, and the cost of the cylindrical container . Use the following formulas, where V is the volume, R is the radius, H is the height, and C is the cost of the cylindrical container. H =V / (PI * R2) C = 2PIR*(R + H) Note: PI=3.14159

Physical Chemistry

2nd Edition

ISBN:9781133958437

Author:Ball, David W. (david Warren), BAER, Tomas

Publisher:Ball, David W. (david Warren), BAER, Tomas

Chapter9: Pre-quantum Mechanics

Section: Chapter Questions

Problem 9.4E

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