$1$: Code Analysis and Problem SolvingQuestion $1$: Evaluating Programming BestPracticesImagine a user asked the following request to an Al 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 Seturn returnas input of $($racecar$,$ shoe, moon'$]$ The following are three solutions that were returned by the Al:Solution Afunction reverse$\_$word$($string word$)$reversed $=\text{'}\text{'}*$ for letter in word:reversed $=$ letter $+$reversed return reversed functioncheck all$\_$palindromes $($array arr$)$if arr$[0]==$reverse orarionreverse word$/$arr $1))$if arr$[2]==$reverse word arr$(2))$return truereturn false$$0\mathrm{.}00$Solution Bfunction reverse word$($string word$)$reversed $=\text{'}\text{'}\text{'}$for letter in word:reversed $=$ letter $+$reversed return reversedfunctionis$\_$palindrome $($string word$)$return word $==$ reverse$\_$word $($word$)$function check$\_$all$\_$palindromes $($array arr$)$for word in arr:ifis$\_$palindrome $($word$)==$ falsereturn falsereturn trueSolution Cfunction reverse$\_$word$($string word$)$reversed $="\text{'}"$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 falsereversert $1$ does not equalreturn falseif arr$[2]$ does not equal reversed$3$:return false return true