Topic: bit-manipulation-problem / Level: intermediate

• 1001. Given two integers, write a program to swap them without using a temporary variable.
• 1002. Implement a function to determine if one integer is a rotation of another using bit manipulation.
• 1003. Write a program to check if a given number is a power of 2 using bit manipulation.
• 1004. Create a function that finds the closest integer with the same number of set bits as a given integer.
• 1005. Implement a function to count the number of bits required to convert one integer to another.
• 1006. Write a program that calculates the Hamming distance between two integers.
• 1007. Create a function to determine the maximum number of consecutive 1s in the binary representation of a number.
• 1008. Implement a function that checks if a number is a binary palindrome.
• 1009. Write a program that multiplies two integers without using the multiplication operator by utilizing bit shifting.
• 1010. Create a function that clears the lowest set bit in a number.
• 1011. Implement a function to reverse the bits of a given integer.
• 1012. Write a program that determines if two integers have opposite signs using bit manipulation.
• 1013. Create a function to toggle the k-th bit of an integer.
• 1014. Implement a function to determine the parity of a number using bitwise operations.
• 1015. Write a program to find the largest power of 2 less than or equal to a given number.
• 1016. Create a function that counts how many bits are set in the binary representation of a number.
• 1017. Implement a function to get the ith bit of a number.
• 1018. Write a program to determine if two numbers are equal using bit manipulation.
• 1019. Create a function that checks if the binary representation of a number contains only unique bits.
• 1020. Implement a function to find the second largest number in a binary tree using bit manipulation.
• 1021. Write a program to find the number of unique binary representations of integers within a given range.
• 1022. Create a function to rotate the bits of an integer to the left by a specified number of positions.
• 1023. Implement a function that returns the maximum of two integers without using conditional statements.
• 1024. Write a program to set the k-th bit of a number to 1.
• 1025. Create a function to check if a number has a specific bit set.
• 1026. Implement a function that finds the minimum number of bits required to represent a number in binary.
• 1027. Write a program to create a mask that has the first k bits set.
• 1028. Create a function that extracts the last k bits from an integer.
• 1029. Implement a function that calculates the bitwise AND of all elements in an array.
• 1030. Write a program to determine if a number can be expressed as the sum of distinct powers of two.
• 1031. Create a function to find the total number of bits that differ between two integers.
• 1032. Implement a function to generate all possible subsets of a given integers binary representation.
• 1033. Write a program to check if a binary number can be converted into another by flipping an odd number of bits.
• 1034. Create a function that clears all bits after the k-th bit in an integer.
• 1035. Implement a function that swaps the odd and even bits of an integer.
• 1036. Write a program to find the smallest integer with the same number of set bits as a given integer.
• 1037. Create a function that computes the bitwise OR of all elements in an array.
• 1038. Implement a function to perform integer division using only bit manipulation.
• 1039. Write a program that counts how many numbers have the same parity as a given number in an array.
• 1040. Create a function that finds the largest integer smaller than n with the same number of set bits.
• 1041. Implement a function that generates all combinations of a given integers bits.
• 1042. Write a program to calculate the number of bits needed to represent a given integer in binary.
• 1043. Create a function that checks if a number is divisible by 3 using bit manipulation.
• 1044. Implement a function that determines the maximum XOR of two numbers in a given range.
• 1045. Write a program to find the number of set bits in the binary representation of all integers from 1 to n.
• 1046. Create a function that calculates the sum of all distinct powers of two that can be formed with the bits of a number.
• 1047. Implement a function that finds the largest bitwise AND of any two numbers in an array.
• 1048. Write a program that checks if two numbers have the same number of set bits.
• 1049. Create a function to find the bit at a specified index in the binary representation of a number.
• 1050. Implement a function that counts how many bits need to be flipped to convert one integer into another.

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