Imagine a user asked the following request to an AI assistant:"Please create a pseudocode function that will check if all the words in an array are palindromes. For example, an input of $[\text{'}$racecar$\text{'},$ 'noon', 'civic'$]$ should return True, but an input of $[\text{'}$racecar$\text{'},$ 'shoe', 'moon'$]$ should return False."The following are three solutions that were returned by the AI:Solution ASolution BSolution Cfunction reverse$\_$word$($string word$)$ reversed $=""$ for letter in word: reversed $=$ letter $+$ reversed return reversedfunction check$\_$all$\_$palindromes$($array arr$)$ if arr$[0]==$ reverse$\_$word$($arr$[0])$ if arr$[1]==$ reverse$\_$word$($arr$[1])$ if arr$[2]==$ reverse$\_$word$($arr$[2])$ return true return falsefunction reverse$\_$word$($string word$)$ reversed $=""$ for letter in word: reversed $=$ letter $+$ reversed return reversedfunction is$\_$palindrome$($string word$)$ return word $==$ reverse$\_$word$($word$)$function check$\_$all$\_$palindromes$($array arr$)$ for word in arr: if is$\_$palindrome$($word$)==$ false return false return truefunction reverse$\_$word$($string word$)$ reversed $=""$ for letter in word: reversed $=$ letter $+$ reversed return reversedfunction check$\_$all$\_$palindromes$($array arr$)$ reversed$1=$ reverse$\_$word$($word$1)$ reversed$2=$ reverse$\_$word$($word$2)$ reversed$3=$ reverse$\_$word$($word$3)$ if arr$[0]$ does not equal reversed$1$: return false if arr$[1]$ does not equal reversed$2$: return false if arr$[2]$ does not equal reversed$3$: return false return trueQuestion:Out of the three above solutions, which one best adheres to good programming practices and principles?Solution A most closely follows programming best practices and principlesSolution B most closely follows programming best practices and principlesSolution C most closely follows programming best practices and principlesAll three solutions do an equally good job following programming best practices and principles