Which of the following represents a real-world entity?

In Python, everything is an object of ____ class.

What keyword is used to delete an object in Python?

What type of attributes create unique objects in Python?

Which of the following statement(s) is/are true?

Statement 1: Giving different names to the same object is called Object Aliasing.

Statement 2: Python raises a NameError when we try to access a deleted object.

 What is the output of the above code?

Code

>>> class Person:

>>>    def __init__(self, name, age):

>>>        self.name = name

>>>        self.age = age

>>>        age = 50

>>> p1 = Person(“Sam”, 24)

>>> print(p1.name, p1.age)

What is the output of the below code?

Code

>>> class Apple:

>>>    def __init__(self, apples):

>>>        self.apples = apples

>>> a1 = Apple(100)

>>> a2 = Apple(25)

>>> a3 = Apple(a1.apples % (Apple(10).apples + a2.apples))

>>> print(a3.apples)

What is the output of the below code?

Code

>>> class C1:

>>>    def __init__(self):

>>>        self.i = 10

>>> obj1 = C1()

>>> obj2 = obj1

>>> obj3 = obj2

>>> del obj2

>>> print(obj1.i)

What is the output of the below code?

Code

>>> class Sum:

>>>    def __init__(self, n):

>>>        self.n = n

>>> num = 0

>>> if isinstance(int, object):

>>>    num += 1

>>> if isinstance(num, object):

>>>    num += 4

>>> if isinstance(Sum, object):

>>>    num += 6

>>> N = Sum(num)

>>> if isinstance(N, (object, Sum)):

>>>    num += 2

>>> print(N.n + num)

What is the output of the below code?

Code

>>> class Square:

>>>    def __init__(self, side):

>>>        self.side = side

>>>        self.area = side*side

>>> s1 = Square(Square(Square(2).side).area)

>>> print(s1.area)