For this question you will need to use the following library function: • str_val.replace (x,y) returns a new string containing the text from str_val, but with all instances of x replaced by y Define a function named canadianize which has one input. The input is a str and its value will be some text. The function will return that text canadianized into Canadian English. Write your function so th. starts by getting the result of replacing all of input's instances of "hat" with "tuque". Use the result of that initial function calI, replace all instances of "! " with ", eh? " (note that both strings end with single space). Your function should return the Canadian English str. Sample test cases: canadianize("Even though I hate covering my head, it was cold so I wore a hat.") would evaluate to "Even though I tuquee covering my head, it was cold so I wore a tuque." (finds bu "hat" not replaced correctly as part of another word) canadianize ("It's cold as all get out! ") would evaluate to "It's cold as all get out, eh? " (finds bug if "! " not replaced correctly)

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You will need a Python repl to solve part B.
For this question you will need to use the following library function:
• str_val.replace (x,y) returns a new string containing the text from str_val, but with all instances of x replaced by y
Define a function named canadianize which has one input. The input is a str and its value will be some text. The function will return that text canadianized into Canadian English. Write your function so that it
starts by getting the result of replacing all of input's instances of "hat" with "tuque". Use the result of that initial function call, replace all instances of "! "with ", eh? " (note that both strings end with a
single space). Your function should return the Canadian English str.
Sample test cases:
canadianize("Even though I hate covering my head, it was cold so I wore a hat.") would evaluate to "Even though I tuquee covering my head, it was cold so I wore a tuque." (finds bug if
"hat" not replaced correctly as part of another word)
canadianize ("It's cold as all get out! ") would evaluate to "It's cold as all get out, eh? " (finds bug if "! " not replaced correctly)
canadianize("What!?") would evaluate to "Wtuque!?" (finds bug if replacing "!" without requiring trailing space)
Transcribed Image Text:You will need a Python repl to solve part B. For this question you will need to use the following library function: • str_val.replace (x,y) returns a new string containing the text from str_val, but with all instances of x replaced by y Define a function named canadianize which has one input. The input is a str and its value will be some text. The function will return that text canadianized into Canadian English. Write your function so that it starts by getting the result of replacing all of input's instances of "hat" with "tuque". Use the result of that initial function call, replace all instances of "! "with ", eh? " (note that both strings end with a single space). Your function should return the Canadian English str. Sample test cases: canadianize("Even though I hate covering my head, it was cold so I wore a hat.") would evaluate to "Even though I tuquee covering my head, it was cold so I wore a tuque." (finds bug if "hat" not replaced correctly as part of another word) canadianize ("It's cold as all get out! ") would evaluate to "It's cold as all get out, eh? " (finds bug if "! " not replaced correctly) canadianize("What!?") would evaluate to "Wtuque!?" (finds bug if replacing "!" without requiring trailing space)
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