Write Python code for a class called Equation which represents equations of the form x +...

 

Transcribed Image Text:

Write Python code for a class called Equation which represents equations of the form x + y = rn where n and r are assumed to be positive integers (an example would be the circle equation x + y = 52). The class should only have two attributes, namely, n and r. You must include an is solution method which takes two inputs x and y and checks if those inputs satisfy the equation above (returning True if they do and False if they don't). Note that x and y do not need to be attributes. b) Write Python code for a subclass of Equation called CircEq, which represents circle equa- tions of the form x + y = The new subclass should use the initialization method from Equation with n = 2 (and r given by the user as usual). Write Python code to first create an object of class CircEq with r = 5, and second use the is solution method to check if x = 3, y = 4 satisy the equation. Activate Windo Go to Settings to act Write Python code for a class called Equation which represents equations of the form x + y = rn where n and r are assumed to be positive integers (an example would be the circle equation x + y = 52). The class should only have two attributes, namely, n and r. You must include an is solution method which takes two inputs x and y and checks if those inputs satisfy the equation above (returning True if they do and False if they don't). Note that x and y do not need to be attributes. b) Write Python code for a subclass of Equation called CircEq, which represents circle equa- tions of the form x + y = The new subclass should use the initialization method from Equation with n = 2 (and r given by the user as usual). Write Python code to first create an object of class CircEq with r = 5, and second use the is solution method to check if x = 3, y = 4 satisy the equation. Activate Windo Go to Settings to act