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Write a C++ program to do the following tasks: Create a Class called Vector with the following private data members: X (float type) Y (float type) Create the constructor methods for: No input arguments (default values: X=0, Y=0) One input argument (default values: Y=0) Two input arguments Create set and get class methods (class functions) for each member where: The get method will return and print the value of the data member The set method will change the value of the data member Create a magnitude class method that performs the following task: M=X2+Y2 Method should return the value of M Create a direction class method that that performs the following task: D-tan-1YX Method should return the value of D In the main function create an instance of the Vector class: with no input arguments with X=5 with X=3 and Y-5. For this instance of the class, show the functionalities of set, get, magnitude, and direction methods. Note: Show the content of different files in a different table

Write a C++ program to do the following tasks: Create a Class called Vector with the following private data members: X (float type) Y (float type) Create the constructor methods for: No input arguments (default values: X=0, Y=0) One input argument (default values: Y=0) Two input arguments Create set and get class methods (class functions) for each member where: The get method will return and print the value of the data member The set method will change the value of the data member Create a magnitude class method that performs the following task: M=X2+Y2 Method should return the value of M Create a direction class method that that performs the following task: D-tan-1YX Method should return the value of D In the main function create an instance of the Vector class: with no input arguments with X=5 with X=3 and Y-5. For this instance of the class, show the functionalities of set, get, magnitude, and direction methods. Note: Show the content of different files in a different table

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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Write a C++ program to do the following tasks: Create a Class called Vector with the following private data members: X (float type) Y (float type) Create the constructor methods for: No input arguments (default values: X=0, Y=0) One input argument (default values: Y=0) Two input arguments Create set and get class methods (class functions) for each member where: The get method will return and print the value of the data member The set method will change the value of the data member Create a magnitude class method that performs the following task: M=X2+Y2 Method should return the value of M Create a direction class method that that performs the following task: D-tan-1YX Method should return the value of D In the main function create an instance of the Vector class: with no input arguments with X=5 with X=3 and Y=5. For this instance of the class, show the functionalities of set, get, magnitude, and direction methods. Note: Show the content of different files in a different table
Transcribed Image Text:Write a C++ program to do the following tasks: Create a Class called Vector with the following private data members: X (float type) Y (float type) Create the constructor methods for: No input arguments (default values: X=0, Y=0) One input argument (default values: Y=0) Two input arguments Create set and get class methods (class functions) for each member where: The get method will return and print the value of the data member The set method will change the value of the data member Create a magnitude class method that performs the following task: M=X2+Y2 Method should return the value of M Create a direction class method that that performs the following task: D-tan-1YX Method should return the value of D In the main function create an instance of the Vector class: with no input arguments with X=5 with X=3 and Y=5. For this instance of the class, show the functionalities of set, get, magnitude, and direction methods. Note: Show the content of different files in a different table
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