Q1) What is the output displayed by the below program? Choose the correct option.

class C1:
    def M1(self):
        return self.M2()

    def M2(self):
        return 'A'

class C2(C1):
    def M2(self):
        return 'B'

a = C1()
b = C2()
print(a.M1(), b.M1(),a.M2(), b.M2())

Q2) What is the output displayed by the below Program?

class a:
    def M1(self):
        ob1=b(10)
        return ob1
    def M2(self,var2):
        var2=var2+self.M1().K()
        return var2
class b:
    def __init__(self,var1):
        self.var1=var1
    def K(self):
        var1=11
        var2=12
        var3=var1+var2+self.var1
        return var3
ob2=a()
print(ob2.M2(20))

Q3) What is the output displayed by the below program? if a=1, b=0, and index = 7 are given as inputs.Choose the correct option

a=int(input("enter a number"))
b=int(input("enter a number"))
index=int(input("enter index value"))
lis=[1,2,3]
try:
    c=a/b
    print(lis[index])
except Exception as e:
    print("hi")
except ZeroDivisionError as z:
    print(z)

Q4) What is the output displayed by the below program? Choose the correct option.

class a:
    var1=40
    def __init__(self,var2):
        self.var2=var2
    def M1(self):
        var1=20
        var2=40
        return self.var1+var2
ob1=a(30)
print(ob1.M1())

Q5) What is the output displayed by the below program?

class a:
    def __init__(self,var1):
        var1=var1+2
    def M1(self,var2):
        return self.var1+var2
    def M1(self,var2):
        return var2+var2
ob1=a(20)
print(ob1.M1(40))

Q6) What is the output displayed by the below program? Choose correct option

class a:
    def f(self):
        print("A")
class b:
    def f1(self):
        print("B")
class c:
    def f1(self):
        print("C")
class d(a,c,b):
    def f1(self):
        print("D")
        super().f1()
ob1=d()
ob1.f1()

Q7) What is the output displayed by the below program? choose correct option

class a:
    __var1=10
    def __init__(self,var1):
        self.var1=var1
        self.__var1=var1+2
    def getvar1(self):
        return self.__var1
    def setvar1(self,var1):
        self.__var1=var1
    def M1(self):
        return self.var1+self.__var1+a.__var1
ob1=a(20)
ob1.var1=ob1.var1+ob1.getvar1()
ob1.setvar1(ob1.var1)
print(ob1.var1+ob1.__var1())

Q8) What is the output displayed by the below program? Choose correct option

def d(func):
    def inner1(x,y,z):
        if y>z:
            func(x,y,z)
        else:
            print("y less than z")
    return inner1
def d1(func):
    def inner(x,y,z):
        if x>y:
            func(x,y,z)
        else:
            print("x less than y")
    return inner
@d
@d1
def f(x,y,z):
    l=x+y+z
    print(l)

f(5,7,6)

Q9) The below program shows an error. State True or False.

class a:
    def M1(self):
        print("hello")
    def M2(self):
        self.M1()
        print("hi")
    @staticmethod
    def M3():
        print("bye")
    def M4():
        print("bubye")
ob1=a()
ob1.M2()
ob1.M3()
ob1.M4()

Q10) The below program shows an error. State True or False.

from abc import *
class a:
    def M1(self,var1):
        print("this is class a",var1)
    @abstractmethod
    def M2(self,var2):
        pass
class b:
    def M3(self):
        print("this is class b")
    @abstractmethod
    def M2(self,var2):
        pass
class c(a,b):
    def M3(self,var1):
        print("this is class c",var1)
ob1=c()
ob1.M3(10)