Question 1: Evaluating Programming Best Practices Imagine 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 ['racecar', 'noon', 'civic'] should return True, but an input of ['racecar', 'shoe', 'moon'] should return False." The following are three solutions that were returned by the Al: 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: if is_palindrome (word) == false return false return true function reverse_word(string word) reversed = "" for letter in word: reversed = letter + reversed return reversed function check_all_palindromes (array arr) 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 Explanation In 2-3+ complete sentences, please provide your reasoning for your above selection. The more well-written and thoughtful your explanations are, the more likely it is that you will be approved to work on our projects!
Question 1: Evaluating Programming Best Practices Imagine 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 ['racecar', 'noon', 'civic'] should return True, but an input of ['racecar', 'shoe', 'moon'] should return False." The following are three solutions that were returned by the Al: 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: if is_palindrome (word) == false return false return true function reverse_word(string word) reversed = "" for letter in word: reversed = letter + reversed return reversed function check_all_palindromes (array arr) 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 Explanation In 2-3+ complete sentences, please provide your reasoning for your above selection. The more well-written and thoughtful your explanations are, the more likely it is that you will be approved to work on our projects!
Computer Networking: A Top-Down Approach (7th Edition)
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ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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![Question 1: Evaluating Programming Best Practices
Imagine 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 ['racecar', 'noon', 'civic'] should return True, but an input of ['racecar', 'shoe', 'moon'] should return False."
The following are three solutions that were returned by the Al:
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:
if is_palindrome (word) == false
return false
return true
function reverse_word(string word)
reversed = ""
for letter in word:
reversed = letter + reversed
return reversed
function check_all_palindromes (array arr)
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
Explanation
In 2-3+ complete sentences, please provide your reasoning for your above selection. The more well-written and thoughtful your explanations are, the more likely it is that you will be approved to work on our projects!](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7f867cd3-86ca-418d-9bd4-0389897a4f3d%2Fd60c91ba-d459-419e-8b90-78a75d7d23c0%2Fxklzm2q_processed.png&w=3840&q=75)
Transcribed Image Text:Question 1: Evaluating Programming Best Practices
Imagine 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 ['racecar', 'noon', 'civic'] should return True, but an input of ['racecar', 'shoe', 'moon'] should return False."
The following are three solutions that were returned by the Al:
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:
if is_palindrome (word) == false
return false
return true
function reverse_word(string word)
reversed = ""
for letter in word:
reversed = letter + reversed
return reversed
function check_all_palindromes (array arr)
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
Explanation
In 2-3+ complete sentences, please provide your reasoning for your above selection. The more well-written and thoughtful your explanations are, the more likely it is that you will be approved to work on our projects!
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