palindrome is a word that is spelled the sam amples include "racecar" and "11:11".

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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Hey, am new to data structure and algorithm, I have done the first question, can someone kindly do the second part for me cause I don't understand it. Use comments to explain some parts if possible.
Intro.
A palindrome is a word that is spelled the same way backward and forwards. Common
examples include "racecar" and "11:11".
An individual may wish to create such words from random strings, by removing a given
number of characters from the original string e.g. Given a string such as 'racecars', one
would need to remove the character 's' at the end to convert the string back to palindrome
state, hence we'd say 1 character has been removed. This, however, doesn't apply for all
strings, i.e. in certain strings, you may remove multiple characters but still fail to achieve a
palindrome state.
Task
Question One: Develop and implement an algorithm that checks if a string given by a
user can be converted into a palindrome by removing a defined number of characters. The
implementation for this algorithm should return a boolean value.
Question Two: Develop and implement an algorithm that aids in the creation of
non-empty palindromes i.e. an algorithm that takes a user input string and produces a
pre-set number of palindromes e.g. Given a string "annabelle" your algorithm should
form 3 (or more) palindromes such as 'anna', 'elle' & 'b'.
Transcribed Image Text:Intro. A palindrome is a word that is spelled the same way backward and forwards. Common examples include "racecar" and "11:11". An individual may wish to create such words from random strings, by removing a given number of characters from the original string e.g. Given a string such as 'racecars', one would need to remove the character 's' at the end to convert the string back to palindrome state, hence we'd say 1 character has been removed. This, however, doesn't apply for all strings, i.e. in certain strings, you may remove multiple characters but still fail to achieve a palindrome state. Task Question One: Develop and implement an algorithm that checks if a string given by a user can be converted into a palindrome by removing a defined number of characters. The implementation for this algorithm should return a boolean value. Question Two: Develop and implement an algorithm that aids in the creation of non-empty palindromes i.e. an algorithm that takes a user input string and produces a pre-set number of palindromes e.g. Given a string "annabelle" your algorithm should form 3 (or more) palindromes such as 'anna', 'elle' & 'b'.
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