Placement Preparationan HCL GUVI product
21. Count Set Bits
Required Input:
n = 29Expected Output:
4
Code In Python
def count_set_bits(n):
# Write your logic here
pass
n = 29
print(count_set_bits(n))
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22. Check if a Number Has Exactly One Set Bit
Required Input:
8Expected Output:
True
Code In Python
def has_exactly_one_set_bit(n):
# Write your logic here
pass
# Prefilled input
n = 8
print(has_exactly_one_set_bit(n))
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23. Toggle the K-th Bit of a Number
Required Input:
n = 10
k = 2Expected Output:
8
Code In Python
def toggle_kth_bit(n, k):
# Write your logic here
pass
# Prefilled input
n = 10
k = 2
print(toggle_kth_bit(n, k))
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Click Run Button to view compiled output
24. Find Position of the Rightmost Set Bit
Required Input:
n = 18Expected Output:
2
Code In Python
def rightmost_set_bit_position(n):
# Write your logic here
pass
# Prefilled input
n = 18
print(rightmost_set_bit_position(n))
Run Code?
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25. Check if Two Integers Have Opposite Signs
Required Input:
a = -10
b = 5Expected Output:
True
Code In Python
def have_opposite_signs(a, b):
# Write your logic here
pass
# Prefilled input
a = -10
b = 5
print(have_opposite_signs(a, b))
Run Code?
Click Run Button to view compiled output
