Create a python program for the following details: Create an abstract class Shape Under Shape create abstract methods name, sides, and color. Create subclasses of Shape with the name Square, Pentagon, and Triangle. Under each subclass, implement the methods name, sides, and color with the following details. Square: print "Square", "I have 4 sides", "My color is yellow" Pentagon: print "Pentagon", "I have 5 sides", "My color is blue" Triangle: print "Triangle", "I have 3 sides", "My color is red" Create an instance of each subclasses. Ask the user for an input. (Assume the user will input 3, 4, or 5 only) if the user input 3 - print the details of an object of subclass Triangle if the user input 4 - print the details of an object of subclass Square if the user input 5 - print the details of an object of subclass Pentagon SAMPLE INPUT 1. num SAMPLE OUTPUT NEEDED: Enter a number: 3 Triangle I have 3 sides My color is red
Create a python program for the following details: Create an abstract class Shape Under Shape create abstract methods name, sides, and color. Create subclasses of Shape with the name Square, Pentagon, and Triangle. Under each subclass, implement the methods name, sides, and color with the following details. Square: print "Square", "I have 4 sides", "My color is yellow" Pentagon: print "Pentagon", "I have 5 sides", "My color is blue" Triangle: print "Triangle", "I have 3 sides", "My color is red" Create an instance of each subclasses. Ask the user for an input. (Assume the user will input 3, 4, or 5 only) if the user input 3 - print the details of an object of subclass Triangle if the user input 4 - print the details of an object of subclass Square if the user input 5 - print the details of an object of subclass Pentagon SAMPLE INPUT 1. num SAMPLE OUTPUT NEEDED: Enter a number: 3 Triangle I have 3 sides My color is red
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