More Problems

• Find the minimum number of adjacent swaps required to turn an array into a palindrome.
• Find the longest subarray where all elements are either even or odd.
• Given an array, find the number of subarrays where the sum is divisible by their length.
• Check if the sum of all elements in the first half of an array is greater than the sum of elements in the second half.
• Find the number of subarrays where the sum of elements is a perfect square.
• Find the maximum possible value of the product of two non-overlapping subarrays.
• Check if an array can be rearranged such that every element is divisible by the element before it.
• Find the minimum number of elements to remove from an array to make all remaining elements form an arithmetic progression.