TOPICS THAT CAN BE USED: OOP, Pointers and Functions, Arrays and Structs, Repetition Statements, atroduction to C++ PROBLEM: Write a program which accepts a number corresponding to a plane figure: Right Triangle Rectangle . Circle The program will then ask for the following: ase and height - if the previous input is 1 (right triangle) width and length - if the previous input is 2 (rectangle) adius - if the previous input is 3 (circle) The program should exit if the input is not 1,2 or 3. PECIFICATIONS: Develop the following functions: Create a function named getTriangleArea which accepts the base and the height and returns the area of the right riangle. Create a function named getTrianglePerimeter which accepts the base and the height and returns the perimeter of the ght triangle. Create a function named getRectangleArea which accepts the width and the length and returns the area of the sectangle. Create a function named getRectanglePerimeter which accepts the width and the length and returns the perimeter of he rectangle. Create a function named getCircle Area which accepts a pointer to the radius variable and returns the area of the
TOPICS THAT CAN BE USED: OOP, Pointers and Functions, Arrays and Structs, Repetition Statements, atroduction to C++ PROBLEM: Write a program which accepts a number corresponding to a plane figure: Right Triangle Rectangle . Circle The program will then ask for the following: ase and height - if the previous input is 1 (right triangle) width and length - if the previous input is 2 (rectangle) adius - if the previous input is 3 (circle) The program should exit if the input is not 1,2 or 3. PECIFICATIONS: Develop the following functions: Create a function named getTriangleArea which accepts the base and the height and returns the area of the right riangle. Create a function named getTrianglePerimeter which accepts the base and the height and returns the perimeter of the ght triangle. Create a function named getRectangleArea which accepts the width and the length and returns the area of the sectangle. Create a function named getRectanglePerimeter which accepts the width and the length and returns the perimeter of he rectangle. Create a function named getCircle Area which accepts a pointer to the radius variable and returns the area of the
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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![TOPICS THAT CAN BE USED: OOP, Pointers and Functions, Arrays and Structs, Repetition Statements,
Introduction to C++
PROBLEM: Write a program which accepts a number corresponding to a plane figure:
1. Right Triangle
2. Rectangle
3. Circle
The program will then ask for the following:
base and height - if the previous input is 1 (right triangle)
width and length - if the previous input is 2 (rectangle)
radius - if the previous input is 3 (circle)
The program should exit if the input is not 1,2 or 3.
SPECIFICATIONS:
Develop the following functions:
Create a function named getTriangleArea which accepts the base and the height and returns the area of the right
triangle.
Create a function named getTrianglePerimeter which accepts the base and the height and returns the perimeter of the
right triangle.
Create a function named getRectangleArea which accepts the width and the length and returns the area of the
rectangle.
Create a function named getRectanglePerimeter which accepts the width and the length and returns the perimeter of
the rectangle.
Create a function named getCircleArea which accepts a pointer to the radius variable and returns the area of the
circle.
Create a function named getCircleCircumference, which accepts a pointer to the radius variable and returns the
circumference of the circle.
Using the appropriate function above:
Program will then display the perimeter(circumference if circle) and area of the chosen figure. You're free to format
the input/output display. Numeric output should be computed and NOT HARD-CODED.
Program will display "invalid input" if the initial input is not 1,2 or 3. After this, the program will terminate.
The next input (dimension/s of the chosen figure) will be stored on a float data type. Program will automatically
terminate if the input is not a number.
Observe proper code indention
All lines should have a comment
TEST CASE #1:
If the user inputs 3 (figure), 4.0(radius)
Resulting area = 50.27, circumference = 25.13
TEST CASE #2:
If the user inputs 4(figure)
Displays "invalid input", then terminates
TEST CASE #3:
If the user inputs 1(figure), 4.0(base), 3.0(height)
Resulting area = 6.0, perimeter-12.0
TEST CASE #4:
If the user inputs 2(figure), 4.0(width), 3.0(length)
Resulting area = 12.0, perimeter 14.0
TEST CASE #5:
If the user inputs 3(figure), "four"(radius)
Program terminates.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fffa9fa0a-bbd2-40c0-b937-31902acc8623%2F9dd1d5d6-b6c4-43bb-8b09-2a3c0fc498b8%2F5mbiz68_processed.png&w=3840&q=75)
Transcribed Image Text:TOPICS THAT CAN BE USED: OOP, Pointers and Functions, Arrays and Structs, Repetition Statements,
Introduction to C++
PROBLEM: Write a program which accepts a number corresponding to a plane figure:
1. Right Triangle
2. Rectangle
3. Circle
The program will then ask for the following:
base and height - if the previous input is 1 (right triangle)
width and length - if the previous input is 2 (rectangle)
radius - if the previous input is 3 (circle)
The program should exit if the input is not 1,2 or 3.
SPECIFICATIONS:
Develop the following functions:
Create a function named getTriangleArea which accepts the base and the height and returns the area of the right
triangle.
Create a function named getTrianglePerimeter which accepts the base and the height and returns the perimeter of the
right triangle.
Create a function named getRectangleArea which accepts the width and the length and returns the area of the
rectangle.
Create a function named getRectanglePerimeter which accepts the width and the length and returns the perimeter of
the rectangle.
Create a function named getCircleArea which accepts a pointer to the radius variable and returns the area of the
circle.
Create a function named getCircleCircumference, which accepts a pointer to the radius variable and returns the
circumference of the circle.
Using the appropriate function above:
Program will then display the perimeter(circumference if circle) and area of the chosen figure. You're free to format
the input/output display. Numeric output should be computed and NOT HARD-CODED.
Program will display "invalid input" if the initial input is not 1,2 or 3. After this, the program will terminate.
The next input (dimension/s of the chosen figure) will be stored on a float data type. Program will automatically
terminate if the input is not a number.
Observe proper code indention
All lines should have a comment
TEST CASE #1:
If the user inputs 3 (figure), 4.0(radius)
Resulting area = 50.27, circumference = 25.13
TEST CASE #2:
If the user inputs 4(figure)
Displays "invalid input", then terminates
TEST CASE #3:
If the user inputs 1(figure), 4.0(base), 3.0(height)
Resulting area = 6.0, perimeter-12.0
TEST CASE #4:
If the user inputs 2(figure), 4.0(width), 3.0(length)
Resulting area = 12.0, perimeter 14.0
TEST CASE #5:
If the user inputs 3(figure), "four"(radius)
Program terminates.
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