Write a function named words_in_both that takes two strings as parameters and returns a set of only those words that appear in both strings. You can assume all characters are letters or spaces. Capitalization shouldn't matter: "to", "To", "tO", and "TO" should all count as the same word. The words in the set should be all lower-case. For example, if one string contains "To", and the other string contains "TO", then the set should contain "to". You can use Python's split() funciton, which breaks up a string into a list of strings. For example: sentence = 'Not the comfy chair!' print(sentence.split()) ['Not', 'the', 'comfy', 'chair!'] Here's one simple example of how words_in_both() might be used: common_words = words_in_both("She is a jack of all trades", 'Jack was tallest of all') The file must be named: words_in_both.py
Write a function named words_in_both that takes two strings as parameters and returns a set of only those words that appear in both strings. You can assume all characters are letters or spaces. Capitalization shouldn't matter: "to", "To", "tO", and "TO" should all count as the same word. The words in the set should be all lower-case. For example, if one string contains "To", and the other string contains "TO", then the set should contain "to". You can use Python's split() funciton, which breaks up a string into a list of strings. For example: sentence = 'Not the comfy chair!' print(sentence.split()) ['Not', 'the', 'comfy', 'chair!'] Here's one simple example of how words_in_both() might be used: common_words = words_in_both("She is a jack of all trades", 'Jack was tallest of all') The file must be named: words_in_both.py
Computer Networking: A Top-Down Approach (7th Edition)
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Chapter1: Computer Networks And The Internet
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![Write a function named words_in_both that takes two strings as parameters and returns a set of only those words that appear in
both strings. You can assume all characters are letters or spaces. Capitalization shouldn't matter: "to", "To", "tO", and "TO" should
all count as the same word. The words in the set should be all lower-case. For example, if one string contains "To", and the other
string contains "TO", then the set should contain "to".
You can use Python's split() funciton, which breaks up a string into a list of strings. For example:
sentence = 'Not the comfy chair!'
print(sentence.split())
['Not', 'the', 'comfy', 'chair!']
Here's one simple example of how words_in_both() might be used:
common_words = words_in_both("She is a jack of all trades", 'Jack was tallest of all')
The file must be named: words_in_both.py](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F602eda94-17a1-49b5-9995-2880ea0a6cd3%2F049820f9-2beb-4e88-978f-b458cad033a4%2Fz1f4bdd_processed.png&w=3840&q=75)
Transcribed Image Text:Write a function named words_in_both that takes two strings as parameters and returns a set of only those words that appear in
both strings. You can assume all characters are letters or spaces. Capitalization shouldn't matter: "to", "To", "tO", and "TO" should
all count as the same word. The words in the set should be all lower-case. For example, if one string contains "To", and the other
string contains "TO", then the set should contain "to".
You can use Python's split() funciton, which breaks up a string into a list of strings. For example:
sentence = 'Not the comfy chair!'
print(sentence.split())
['Not', 'the', 'comfy', 'chair!']
Here's one simple example of how words_in_both() might be used:
common_words = words_in_both("She is a jack of all trades", 'Jack was tallest of all')
The file must be named: words_in_both.py
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