Create two classes to represent the following two objects: televisions and speakers. Include an initialize function and several methods to interact with your objects.

Given two Cartesian points (x ₁, y ₁) and (x ₂, y ₂), the slope of the line segment connecting them is given by the formula (y ₂ - y ₁)/(x ₂ - x ₁).

Write a class that represents a Cartesian point. Define a method find_slope that takes in a Cartesian point object and finds the slope between the two points. Test your class with the following:

What happens in the last case? Why does that happen?

Define a class that compares two numbers and outputs the larger one. Test your solution.

Briefly explain the code illustrated in Example 9-10.

     1 class Profile
     2 	def initialize(name, phone_number)
     3 		@name = name
     4 		@phone_number = phone_number
     5 	end
     6 
     7 	def display
     8 		puts "Name ==> " + @name
     9 		puts "Phone number ==> " + @phone_number.to_s
    10 	end
    11 end

Write a Student class that contains a student’s name, gender, phone number, and exam score. It should also include the initialize, accumulated_score, and display methods.