1: Write a function to check if a string can be made into a palindrome by rearranging any two non-adjacent characters.

2: Implement a function to find the lexicographically largest string that can be formed by rotating its substrings.

3: Write a function to find the minimal number of substring reversals to transform a string into another string.

4: Implement a function to find the longest substring that can be rearranged into a palindrome using cyclic shifts.

5: Write a function to find the lexicographically smallest palindrome that can be formed by rearranging a string’s characters.

6: Implement a function to find the minimal number of operations to transform one string into another, allowing only substring deletions.

7: Write a function to find the smallest number of adjacent swaps to make two strings into cyclic permutations of each other.

8: Implement a function to find the lexicographically largest substring that can be rearranged into a palindrome by deleting characters.

9: Write a function to check if a string is a valid rotation of another string by rearranging its characters.

10: Implement a function to find the minimal number of adjacent swaps to transform a string into its reverse.