Solution A Solution B Solution C function reverse_word(string word) reversed = for letter in word: reversed...

 

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Solution A Solution B Solution C function reverse_word(string word) reversed = for letter in word: reversed = letter + reversed return reversed function 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 false function reverse_word(string word) reversed=" for letter in word: reversed = letter + reversed return reversed function is palindrome(string word) return word == reverse_word(word) function check all palindromes(array arr) for word in arr: is palindrome(word) == false return false return true function reverse_word(string word) reversed=** for letter in word: reversed = letter + reversed arr) return reversed function check_all_palindromes{array reversed1= reverse_word(word1) reversed2 = reverse_word(word2) reversed3 = reverse_word(word3) if arr[0] does not equal reversed 1: return false if arr[1] does not equal reversed2: return false if arr[2] does not equal reversed3: return false return true Question: 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 principles Solution B most closely follows programming best practices and principles Solution C most closely follows programming best practices and principles All three solutions do an equally good job following programming best practices and principles Solution A Solution B Solution C function reverse_word(string word) reversed = for letter in word: reversed = letter + reversed return reversed function 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 false function reverse_word(string word) reversed=" for letter in word: reversed = letter + reversed return reversed function is palindrome(string word) return word == reverse_word(word) function check all palindromes(array arr) for word in arr: is palindrome(word) == false return false return true function reverse_word(string word) reversed=** for letter in word: reversed = letter + reversed arr) return reversed function check_all_palindromes{array reversed1= reverse_word(word1) reversed2 = reverse_word(word2) reversed3 = reverse_word(word3) if arr[0] does not equal reversed 1: return false if arr[1] does not equal reversed2: return false if arr[2] does not equal reversed3: return false return true Question: 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 principles Solution B most closely follows programming best practices and principles Solution C most closely follows programming best practices and principles All three solutions do an equally good job following programming best practices and principles

Answer rating: 100% (QA)

Among the three solutions provided Solution B most closely follows programming best practic... View the full answer