Complete the Rectangle class. It has a rectangle's length and width as class variables and contains methods to compute its area and perimeter. If either parameter is negative, the method should calculate based on its absolute value. Then, you'll take user inputs to create an instance of Rectangle. For example, if you provide the input -13 7 You should receive the output Perimeter = 40.0 Area = 91.0 Note: It is NOT necessary to use the math module to calculate absolute value, though you may if you want. 298800.1775650.qx3zqy7 LAB ACTIVITY 28.4.1: Final Exam 2021 - Problem 4 of 6 0/10 main.py Load default template... 1 class Rectangle: _init__(self, length, width): # your code here 4 5 def area (self): 6 # your code here 7 8 def perimeter (self): 9 # your code here 10 11 if _name__ == '__main__': 12 1 = float(input) 13 w = float(input) 14 r = Rectangle(1, w) 15 print("Perimeter =', r.perimeter()) 16 print('Area =', r.area(), end='')|

Respuesta :

Answer:

The complete program is as follows:

class Rectangle:

   def __init__(self, length, width):

       self.width = abs(width)

       self.length = abs(length)

   def area(self):

       area = self.length * self.width

       return area

   def perimeter (self):

       perimeter = 2 * (self.length + self.width)

       return perimeter

if __name__ == '__main__':

   l = float(input(": "))

   w = float(input(": "))

   r = Rectangle(l, w)

   print('Perimeter =', r.perimeter())

   print('Area =', r.area(), end='')

Explanation:

This defines the class:

class Rectangle:

This gets the parameters from maiin

   def __init__(self, length, width):

This sets the width

       self.width = abs(width)

This sets the length

       self.length = abs(length)

The area function begins here

   def area(self):

Calculate the area

       area = self.length * self.width

Return the calculated area back to main

       return area

The perimeter function begins here

   def perimeter (self):

Calculate the perimeter

       perimeter = 2 * (self.length + self.width)

Return the calculated perimeter back to main

       return perimeter

The main begins here

if __name__ == '__main__':

This gets input for length

   l = float(input(": "))

This gets input for width

   w = float(input(": "))

This passes the inputs to the class

   r = Rectangle(l, w)

This prints the returned value for perimeter

   print('Perimeter =', r.perimeter())

This prints the returned value for area

   print('Area =', r.area(), end='')