Answer & Solution
Answer: Option C
Solution:
The bitwise AND operator (&) compares each bit of the operands. 20 (binary 10100) & 14 (binary 1110) results in binary 10100, which is 12 in decimal.
Q
What will be the result of 20 & 14?
Related Questions on Average
Given x = 9 and y = 4, what is the value of x >>> y?
A). 1
B). 0
C). 2
D). 4
What does ~11 evaluate to?
A). 11
B). -10
C). -11
D). 10
If x = 5 and y = 3, what is the output of x << y?
A). 10
B). 40
C). 20
D). 8
What does ~7 evaluate to?
A). 7
B). -8
C). -7
D). 8
What is the output of 11 & 8?
A). 0
B). 1
C). 8
D). 11
What will be the output of 8 >> 2?
A). 4
B). 16
C). 2
D). 32
What will be the result of 5 & 3?
A). 4
B). 1
C). 7
D). 8
What is the output of 11 & 3?
A). 1
B). 2
C). 3
D). 0
If x = 6 and y = 2, what is the output of x << y?
A). 24
B). 12
C). 48
D). 36
If x = 10 and y = 2, what is the output of x >> y?
A). 2
B). 5
C). 10
D). 20