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Write a class called Circle with the required constructor and methods to get the following output. Subtasks: 1. Create a class called Circle. 2. Create the required constructor. Use Encapsulation to protect the variables. [Hint: Assign the variables in private] 3. Create getRadius() and setRadius() method to access variables. 4. Create a method called area to calculate the area of circles. 5. Handle the operator overloading by using a special method to calculate the radius and area of circle 3.

Write a class called Circle with the required constructor and methods to get the following output. Subtasks: 1. Create a class called Circle. 2. Create the required constructor. Use Encapsulation to protect the variables. [Hint: Assign the variables in private] 3. Create getRadius() and setRadius() method to access variables. 4. Create a method called area to calculate the area of circles. 5. Handle the operator overloading by using a special method to calculate the radius and area of circle 3.

Computer Networking: A Top-Down Approach (7th Edition)
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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#this is a python program

topic:  operation overloading, Encapsulation

please find the attached image

Write a class called Circle with the required constructor and methods to get the following output. Subtasks: 1. Create a class called Circle. 2. Create the required constructor. Use Encapsulation to protect the variables. [Hint: Assign the variables in private] 3. Create getRadius() and setRadius() method to access variables. 4. Create a method called area to calculate the area of circles. 5. Handle the operator overloading by using a special method to calculate the radius and area of circle 3. [You are not allowed to change the code below] # Write your code here for subtasks Output: First circle radius: 4 First circle area: 1-5 c1 = Circle(4) print("First circle radius:", 50.26548245743669 Second circle radius: 5 c1.getRadius()) print("First circle area:" Second circle area: „c1.area()) 78.53981633974483 Third circle radius: 9 Third circle area: c2 = Circle(5) 254.46900494077323 print("Second circle radius:" „c2.getRadius()) print("Second circle area:" ,c2.area()) c3 = c1 + c2 print("Third circle radius:" „c3.getRadius()) print("Third circle area:" ,c3.area())
Transcribed Image Text:Write a class called Circle with the required constructor and methods to get the following output. Subtasks: 1. Create a class called Circle. 2. Create the required constructor. Use Encapsulation to protect the variables. [Hint: Assign the variables in private] 3. Create getRadius() and setRadius() method to access variables. 4. Create a method called area to calculate the area of circles. 5. Handle the operator overloading by using a special method to calculate the radius and area of circle 3. [You are not allowed to change the code below] # Write your code here for subtasks Output: First circle radius: 4 First circle area: 1-5 c1 = Circle(4) print("First circle radius:", 50.26548245743669 Second circle radius: 5 c1.getRadius()) print("First circle area:" Second circle area: „c1.area()) 78.53981633974483 Third circle radius: 9 Third circle area: c2 = Circle(5) 254.46900494077323 print("Second circle radius:" „c2.getRadius()) print("Second circle area:" ,c2.area()) c3 = c1 + c2 print("Third circle radius:" „c3.getRadius()) print("Third circle area:" ,c3.area())
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