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Topic: String-question / Level: Advanced
491. Write a function to find the lexicographically largest palindrome that can be formed from a string by reversing at most two substrings.
492. Implement a function to find the minimal number of adjacent swaps to transform one string into an anagram of another string.
493. Write a function to find the longest subsequence of a string that contains only vowels in reverse alphabetical order.
494. Implement a function to find the lexicographically smallest string that can be formed by reversing exactly one substring.
495. Write a function to find the minimal number of operations to convert one string into another by swapping non-adjacent characters.
496. Implement a function to find the longest palindrome that can be formed by rearranging the characters of a string using at most one swap.
497. Write a function to check if a string can be made into a valid palindrome by reversing one of its substrings.
498. Implement a function to find the lexicographically smallest cyclic shift of a string that can be made a palindrome.
499. Write a function to find the minimal number of adjacent swaps to make a string into a valid rotation of another string.
500. Implement a function to find the longest palindromic subsequence that can be formed from the concatenation of two strings.
501. Write a function to find the lexicographically smallest string that can be formed by rotating at most two non-overlapping substrings.
502. Implement a function to check if a string is a valid cyclic permutation of another string using exactly one substring reversal.
503. Write a function to find the minimal number of adjacent swaps needed to transform a string into its reverse when cyclically shifted.
504. Implement a function to find the lexicographically smallest palindrome that can be formed from a string using at most two swaps.
505. Write a function to find the smallest number of adjacent swaps to make a string a valid permutation of another string.
506. Implement a function to check if two strings can be made identical by reversing at most two non-adjacent substrings.
507. Write a function to find the minimal number of operations to transform a string into a palindrome using only cyclic shifts.
508. Implement a function to find the longest palindrome that can be formed from two strings by swapping exactly one character.
509. Write a function to find the lexicographically largest substring that can be rearranged into a palindrome by rotating at most one substring.
510. Implement a function to find the smallest number of adjacent swaps to make a string a valid rotation of itself.
511. Write a function to find the lexicographically smallest string that can be made a palindrome by reversing any number of substrings.
512. Implement a function to find the minimal number of operations to convert one string into another by swapping adjacent characters.
513. Write a function to find the longest palindromic subsequence that can be formed from three given strings.
514. Implement a function to check if a string can be transformed into a valid palindrome by reversing two substrings.
515. Write a function to find the smallest number of operations to transform one string into another using only substring swaps.
516. Implement a function to find the lexicographically largest string that can be formed by reversing any two substrings.
517. Write a function to find the minimal number of adjacent swaps to transform a string into a valid cyclic permutation of itself.
518. Implement a function to find the longest palindrome that can be formed by rotating any number of characters in a string.
519. Write a function to check if two strings are cyclic permutations of each other when both are reversed.
520. Implement a function to find the lexicographically smallest cyclic shift of a string that is also an anagram of another string.
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Implement a function to find the k most frequent words in a string.
Write a function to count the number of distinct palindromic subsequences in a string.
Implement a function to count the number of substrings where each character occurs at least twice.
Write a function to find the smallest number of adjacent swaps to make two strings anagrams of each other.
Implement a function to find the longest palindrome that can be made from a string by swapping at most two characters.
Implement a function to determine the lexicographical rank of a string among its permutations.
Implement a function to check if two strings are one edit distance apart.
Implement a function to determine if a string is a valid IP address.
Write a function to find the longest substring that can be rearranged into a palindrome by deleting exactly one character.
Write a function to check if two strings can be made identical by reversing any two non-overlapping substrings.
Write a function to check if one string is a rotation of another string.
Write a function to remove all adjacent pairs of duplicate characters from a string until no such pairs exist.
Write a function to check if a string can be segmented into words from a dictionary.
Write a function to check if two strings can be made identical by swapping any two characters.
Write a function to find the smallest number of operations to transform a string into a valid anagram of another string using only cyclic shifts.