Write a function, prime_list_reversed, which takes in two positive integers, x and y and output a...
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Write a function, prime_list_reversed, which takes in two positive integers, x and y and output a list containing all prime numbers within the range of x and y (both inclusive) and returns this list in reverse order. After you are done with the code, insert a few assert statements that checks whether the input is correct (satisfies the problem conditions). def prime_list_reversed (x, y): Input: the number x and y Output: all prime numbers within (x,y) in reverse order >>> prime_list_reversed (3, 10) [7, 5, 31 >>> prime_list_reversed (3, 3) [3] www # YOUR CODE IS HERE assert # YOUR CODE IS HERE "first argument must be an integer" assert # YOUR CODE IS HERE # "second argument must be an integer" assert YOUR CODE IS HERE "first argument must be positive" assert YOUR CODE IS HERE "second argument must be than the first one" Write a function, prime_list_reversed, which takes in two positive integers, x and y and output a list containing all prime numbers within the range of x and y (both inclusive) and returns this list in reverse order. After you are done with the code, insert a few assert statements that checks whether the input is correct (satisfies the problem conditions). def prime_list_reversed (x, y): Input: the number x and y Output: all prime numbers within (x,y) in reverse order >>> prime_list_reversed (3, 10) [7, 5, 31 >>> prime_list_reversed (3, 3) [3] www # YOUR CODE IS HERE assert # YOUR CODE IS HERE "first argument must be an integer" assert # YOUR CODE IS HERE # "second argument must be an integer" assert YOUR CODE IS HERE "first argument must be positive" assert YOUR CODE IS HERE "second argument must be than the first one"
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Related Book For
Statistics For Engineering And The Sciences
ISBN: 9781498728850
6th Edition
Authors: William M. Mendenhall, Terry L. Sincich
Posted Date:
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