<prompt> Theha algorithm ho fumana hore na palo e felletseng ke palindrome kapa che.nan  <response>: Instruction in English: Create an algorithm to determine if an integer is palindrome or not. . Response in English: Here is one example of an algorithm to determine if an integer is a palindrome:1. Convert the integer into a string by using the built-in str function. Lets call this string num_str.2. Create two pointers, start and end, initialized to the first and last index of num_str, respectively.3. While start end: a. Compare the characters at the positions indicated by start and end in num_str. If they are not equal, return False as the integer is not a palindrome. b. Increment start and decrement end.4. If the loop terminates, return True as the integer is a palindrome.Here is the Python implementation of the above algorithm:pythondef is_palindromenum: int - bool: num_str strnum start 0 end lennum_str - 1 while start end: if num_strstart ! num_strend: return False start 1 end - 1 return TrueThis function takes an integer as input and returns a boolean indicating if the integer is a palindrome or not. For example, is_palindrome121 returns True while is_palindrome-121 returns False. . Response in Sesotho: Mohlala ke ona o le mong oa algorithm ho fumana hore na palo e felletseng ke palindrome: 1. Fetolela palo kaofela hore e be khoele ka ho sebelisa tsebetso ea str e ahiloeng. Ha re bitse khoele ena num_str. 2. Etsa lisupa tse peli, qala le qetela, tse qalisoang ho index ea pele le ea ho qetela ea num_str, ka ho latellana. 3. Ha qala bool: num_str strnum qala 0 qetellong lennum_str - 1 ha e ntse e qala 