Question 27

Correct answer: A

w = 7
x = 3
y = 4
z = True
a = w + x * y
b = w + x / z
print(7 + 3 * 4)     # 19
print(7 + (3 * 4))   # 19
print(7 + 12)        # 19
print(a)             # 19
print(7 + 3 / True)  # 10.0
print(7 + 3 / 1)     # 10.0
print(7 + (3 / 1))   # 10.0
print(7 + 3.0)       # 10.0
print(b)             # 10.0
print(a > b)         # True
print(a == b)        # False
print(a <= b)        # False
print(a < b)         # False
if a > b:
    print('TRUE')    # TRUE
else:
    print('FALSE')

A. The expression "a > b" compares the value of variable 'a' (result of w + x * y) with the value of variable 'b' (result of w + x / z). If 'a' is greater than 'b', the condition is true, and the program will print 'TRUE' to the monitor.

B. The expression "a <= b" checks if the value of variable 'a' is less than or equal to the value of variable 'b'. This comparison is not suitable for ensuring that the program prints 'TRUE' to the monitor in this specific scenario, making this choice incorrect.

C. The expression "a < b" compares the value of variable 'a' with the value of variable 'b' to check if 'a' is less than 'b'. In this case, the condition needs to evaluate to true for the program to print 'TRUE', so this choice is incorrect as it does not guarantee the desired outcome.

D. The expression "a == b" checks if the value of variable 'a' is equal to the value of variable 'b'. Since 'a' and 'b' are calculated using different operations (multiplication and division), they are unlikely to be equal in this context, so this choice is incorrect.