Suppose that you work for a beverage comnpany. The company wants to know the optimal cost for a cylindrical container that holds a specified volume. Write a program that asks the user to enter the volume and radius of the cylinder. Compute and display the height and cost of the cylindrical container. Use the following formulas, where V is the volume, R is the radius, His the height, and Cis the cost of the cylindrical container. H=V/(PI * R') C = 2*PI*R*(R + H) Note: PI=3.14159 Sample Run: Enter the volume and the radius of the cylinder: 16.5 The Height of the cylinder is: 0.51290 The cost of the cylindrical container is: 74.65226 3.2

C++ for Engineers and Scientists
4th Edition
ISBN:9781133187844
Author:Bronson, Gary J.
Publisher:Bronson, Gary J.
Chapter1: Fundamentals Of C++ Programming
Section1.3: Preliminary Three: Software Development
Problem 7E: (Statistics) This is the formula for the standard normal deviate, z, used in statistical...
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Suppose that you work for a beverage comnpany. The company wants to know the optimal cost for a cylindrical
container that holds a specified volume. Write a program that asks the user to enter the volume and radius of
the cylinder. Compute and display the height and cost of the cylindrical container.
Use the following formulas, where V is the volume, R is the radius, His the height, and Cis the cost of the
cylindrical container.
H=V/ (PI * R')
C = 2*PI*R*(R+ H)
Note: PI=3.14159
Sample Run:
Enter the volume and the radius of the cylinder: 16.5
The Height of the cylinder is: 0.51290
The cost of the cylindrical container is: 74.65226
3.2
Transcribed Image Text:2 E 3 E 5 6 7 Suppose that you work for a beverage comnpany. The company wants to know the optimal cost for a cylindrical container that holds a specified volume. Write a program that asks the user to enter the volume and radius of the cylinder. Compute and display the height and cost of the cylindrical container. Use the following formulas, where V is the volume, R is the radius, His the height, and Cis the cost of the cylindrical container. H=V/ (PI * R') C = 2*PI*R*(R+ H) Note: PI=3.14159 Sample Run: Enter the volume and the radius of the cylinder: 16.5 The Height of the cylinder is: 0.51290 The cost of the cylindrical container is: 74.65226 3.2
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