Write the declaration of a class Cylinder containing: • A member variable height of type double. • A member variable radius of type double. . • setHeight -a mutator function for the height member variable. • setRudius - a mutator function for the radius member variable. • getHeight - an accessor function for the height member variable. • getRadius - an accessor function for the radius member variable. • getVolume - a function that returns the volume of the Cylinder. • getSurface - a function that returns the surface of the Cylinder. Notes: - Search online for the cylinder's volume and surface formulas - Consider 3.14 as the value of π (pi) - The main function the instructor will be using to test your Cylinder class is: int main() { } Cylinder tank; double CylinderHeight; double CylinderRadius; cout << "What is the height? "; cin >> CylinderHeight; cout << "What is the radius? "; cin >> CylinderRadius; tank.setHeight (CylinderHeight); tank.setRadius (CylinderRadius); cout << "The volume is: " << tank.getVolume () << endl; cout << "The surface is: " << tank.getSurface() << endl; return 0;
Write the declaration of a class Cylinder containing: • A member variable height of type double. • A member variable radius of type double. . • setHeight -a mutator function for the height member variable. • setRudius - a mutator function for the radius member variable. • getHeight - an accessor function for the height member variable. • getRadius - an accessor function for the radius member variable. • getVolume - a function that returns the volume of the Cylinder. • getSurface - a function that returns the surface of the Cylinder. Notes: - Search online for the cylinder's volume and surface formulas - Consider 3.14 as the value of π (pi) - The main function the instructor will be using to test your Cylinder class is: int main() { } Cylinder tank; double CylinderHeight; double CylinderRadius; cout << "What is the height? "; cin >> CylinderHeight; cout << "What is the radius? "; cin >> CylinderRadius; tank.setHeight (CylinderHeight); tank.setRadius (CylinderRadius); cout << "The volume is: " << tank.getVolume () << endl; cout << "The surface is: " << tank.getSurface() << endl; return 0;
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Question
Transcribed Image Text:Write the declaration of a class Cylinder containing:
A member variable height of type double.
A member variable radius of type double.
setHeight - a mutator function for the height member variable.
setRudius - a mutator function for the radius member variable.
getHeight - an accessor function for the height member variable.
getRadius - an accessor function for the radius member variable.
getVolume - a function that returns the volume of the Cylinder.
getSurface - a function that returns the surface of the Cylinder.
.
.
Notes:
- Search online for the cylinder's volume and surface formulas
- Consider 3.14 as the value of π (pi)
- The main function the instructor will be using to test your Cylinder class is:
}
int main()
{
Cylinder tank;
double CylinderHeight;
double CylinderRadius;
cout << "What is the height? ";
cin>> CylinderHeight;
cout << "What is the radius? ";
cin >> CylinderRadius;
tank.setHeight (CylinderHeight);
tank.setRadius (CylinderRadius);
cout << "The volume is: " <<< tank.getVolume () <<<< endl;
cout << "The surface is: " << tank.getSurface() << endl;
return 0;
Expert Solution
Overview
In this question we have to write a C++ code for the Cylinder class for calculating volume and surface area.
Let's code and hope this helps, if you find any query utilize threaded question feature.
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