Given a positive integer, check whether it has alternating bits: namely, if two adjacent bits will always have different values. For example: Input: 5 Output: True because the binary representation of 5 is: 101. Input: 7 Output: False because the binary representation of 7 is: 111. Input: 11 Output: False because the binary representation of 11 is: 1011. Input: 10 Output: True because The binary representation of 10 is: 1010.

Given a positive integer, check whether it has alternating bits: namely, if two adjacent bits will always have different values. For example: Input: 5 Output: True because the binary representation of 5 is: 101. Input: 7 Output: False because the binary representation of 7 is: 111. Input: 11 Output: False because the binary representation of 11 is: 1011. Input: 10 Output: True because The binary representation of 10 is: 1010.

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter8: Arrays And Strings

Section: Chapter Questions

Problem 21PE

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Given a positive integer, check whether it has alternating bits: namely,
	if two adjacent bits will always have different values.

	For example:
	Input: 5
	Output: True because the binary representation of 5 is: 101.

	Input: 7
	Output: False because the binary representation of 7 is: 111.

	Input: 11
	Output: False because the binary representation of 11 is: 1011.

	Input: 10
	Output: True because The binary representation of 10 is: 1010.
	"""

	# Time Complexity - O(number of bits in n)
	def has_alternative_bit(n):
	first_bit=0
	second_bit=0
	whilen:
	first_bit=n&1
	ifn>>1:.