Q.Consider the code given below and fill in the blanks.

print(" Learning Exceptions...")  
try:  
    num1 = int(input("Enter the first number"))  
    num2 = int(input("Enter the second number"))  
    quotient = (num1/num2)  
    print("Both the numbers entered were correct")  
except _____________:             # to enter only integers  
    print(" Please enter only numbers")  
except ____________:      # Denominator should not be zero  
    print(" Number 2 should not be zero")  
else:  
    print(" Great .. you are a good programmer")  
___________:               # to be executed at the end  
    print(" JOB OVER... GO GET SOME REST")  

This is a fill-in-the-blanks question. You are given a Python exception-handling skeleton and must supply the correct exception types and the final clause.

The first blank catches non-integer input. When int(input(...)) fails because the user typed something that is not a number, Python raises ValueError. So the first blank is ValueError.

The second blank catches division by zero. Dividing by zero in Python raises ZeroDivisionError. So the second blank is ZeroDivisionError.

The third blank is for code that must run at the end, whether an exception occurred or not. That is the finally clause.

print(" Learning Exceptions...")
try:
    num1 = int(input("Enter the first number"))
    num2 = int(input("Enter the second number"))
    quotient = (num1/num2) …

This is a fill-in-the-blanks question about Python's exception handling mechanism. The key insight is that Python evaluates except blocks in order, so you must catch the more specific exception first, then the more general one.

The first blank needs to catch non-integer input. When int() fails on a string like "abc", it raises a ValueError. That's the exception to catch here — not TypeError or Exception broadly, because ValueError is the exact exception raised when conversion to int fails.

The second blank needs to catch division by zero. In Python, dividing an integer by zero raises ZeroDivisionError. Note that this is a built-in exception specifically for this case.

The third blank needs a clause that always executes, regardless of whether an exception occurred or not. That's the finally clause — it runs after try, except, and else blocks, even if there's a return statement inside the try block.

Here's the completed code:

print(" Learning Exceptions...")
try:
    num1 = int(input("Enter the first number"))
    num2 = int(input("Enter the second number"))
    quotient = (num1/num2)
    print("Both the numbers entered were correct")
except ValueError:             # to enter only integers
    print(" Please enter only numbers")
except ZeroDivisionError:      # Denominator should not be zero
    print(" Number 2 should not be zero")
else:
    print(" Great .. you are a good programmer")
finally:               # to be executed at the end
    print(" JOB OVER... GO GET SOME REST")

Let's trace through the logic: …