Right Answer:

The is operator is an identity operator that checks if two variables point to the same data object in memory. It returns True if both variables refer to the same object, and False otherwise.

Right Answer:

The result will be True. Here, (x == y) is True because both x and y are 5, and (y < z) is also True because 5 is less than 10. Since both conditions are True and the and operator is used, the overall result is True.

Right Answer:

The code will print "x and y are not equal." because (x == y) is False, so not (x == y) is True. This causes the if block to execute, printing "x and y are not equal."

Right Answer:

You would use the and operator. It returns True only if both conditions being tested are true.

Right Answer:

The result will be True. Here, (x == y) is False because 5 is not equal to 10, but (x == z) is True because both x and z are 5. Since the or operator is used and at least one condition is True, the overall result is True.

Right Answer:

The not operator negates the result of the condition it precedes. If the condition is True, not makes it False, and if it’s False, not makes it True.

Right Answer:

The ^ (xor) operator returns True if only one of the conditions being tested is true. If both conditions are either true or false, it returns False.

Right Answer:

Logical and identity operators allow you to form complex conditions by combining simple ones. They are useful when your program needs to make decisions based on multiple criteria or when you want to check relationships between various data objects.

Right Answer:

You should use the or operator. It returns True if at least one of the conditions being tested is true.

Right Answer:

The expression will evaluate to True if only one of the conditions (x > y) or (y > x) is True, but not both. In this case, (x > y) is True (since 8 is greater than 4), and (y > x) is False. Therefore, the xor ^ operator will make the result True because only one condition is true