Write a C programming to find the longest palindromic substring of a given string.Maximum length of the given string is 1000. A C B C D B A A or A C B C D B A A ——> A B C B A The idea is to use recursion to solve this problem. In order to find the minimal number of insertions required to convert a given string(s) to palindrome I find the longest common subsequence of the string(lcs_string) and its reverse. Naive Approach: The idea is to generate all the substring of the given string from the starting index and check whether the substrings are palindromic or not. Example 1: Input: "abc" Output: 3 Explanation: Three palindromic strings: "a", … For example, consider string ACBCDBAA. Example 1: Input: s = "zzazz" Output: 0 Explanation: The string "zzazz" is already palindrome we don't need any insertions. Given a string s.In one step you can insert any character at any index of the string. If it … Given a string, find the minimum number of deletions required to convert it into a palindrome. Can you find all possible palindrome in a given string? C Exercises: Find the longest palindromic substring of a given string Last update on February 26 2020 08:07:30 (UTC/GMT +8 hours) C Programming Practice: Exercise-4 with Solution. Given a string, your task is to count how many palindromic substrings in this string. The substrings with different start indexes or end indexes are counted as different substrings even they consist of same characters. It's not like the interviewer is expecting that you cannot write code for these problems. Convert string S1 to a palindrome string such S2 is a substring of that palindromic string. There are n(n+1)/2 possible substrings and for each substring you check whether it can be re-arranged so that it forms a palindrome in O(k) where k is length of given substring, let's think if it is necessary to parse each substring separately. Return the minimum number of steps to make s palindrome.. A Palindrome String is one that reads the same backward as well as forward.. If it is possible then return 1 else return 0. The minimum number of deletions required is 3. Given two strings X and Y both consisting of N uppercase alphabets and an integer K, the task is to find the minimum count of cyclic increments of any character in the string X by 1 or K required to convert the string X into string Y.. Cyclic Increments: Incrementing character ‘Z’ by 1 or K starts from the character ‘A’. Can you find the longest palindrome in a substring of a given string? This conversion must be done by … Given a string A consisting only of lowercase characters, we need to check whether it is possible to make this string a palindrome after removing exactly one character from this. Everybody knows answers to these questions. Therefore the number of insertions to be made is length(s) - length(lcs_string) Convert given string to Palindrome with given substringHelpful? Problem Constraints 3 <= |A| <= 105 A[i] is always a lowercase character. Convert to Palindrome: Problem Description Given a string A consisting only of lowercase characters, we need to check whether it is possible to make this string a palindrome after removing exactly one character from this. Examples: Input: X = “ABCT”, Y = “PBDI”, K = 13 Every developer can code the above problem statements. The palindromic string with a maximum length is the resultant string. Given a String S1 and String S2.