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Assuming our original sentence was DO I CHOOSE YOU PIKACHU, your function should produce the follow- ing output !: PIKACHU YOU CHOOSE I DO All of the words should be printed on the same line. It is okay if you end up having a trailing space after the last word. Program Design When you write programs to solve problems using loops, very often the code doesn't jump right into a loop first thing. Often, there's a bit of set-up that happens first. The same can be true of recursion. To solve this problem, you should write TWO functions. The first function should be called something like reverse_phrase() and must have a SINGLE parameter: the string that represents the sentence to be reversed. This function should not itself be recursive. It simply does any necessary set-up before calling your second (recursive) function, which is where the real work will be done. Your second function should be called something like reverse_phrase_recursive(). It can have any num- ber of parameters that you think you need, and those parameters can be of any data type that you think will be easiest to work with. This function must be recursive and is not allowed to use loops in any way. To test your program, the 'main" part of your program should simply call reverse_phrase () with the string you want to reverse as an argument.

Assuming our original sentence was DO I CHOOSE YOU PIKACHU, your function should produce the follow- ing output !: PIKACHU YOU CHOOSE I DO All of the words should be printed on the same line. It is okay if you end up having a trailing space after the last word. Program Design When you write programs to solve problems using loops, very often the code doesn't jump right into a loop first thing. Often, there's a bit of set-up that happens first. The same can be true of recursion. To solve this problem, you should write TWO functions. The first function should be called something like reverse_phrase() and must have a SINGLE parameter: the string that represents the sentence to be reversed. This function should not itself be recursive. It simply does any necessary set-up before calling your second (recursive) function, which is where the real work will be done. Your second function should be called something like reverse_phrase_recursive(). It can have any num- ber of parameters that you think you need, and those parameters can be of any data type that you think will be easiest to work with. This function must be recursive and is not allowed to use loops in any way. To test your program, the 'main" part of your program should simply call reverse_phrase () with the string you want to reverse as an argument.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
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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Assuming our original sentence was DO I CHOOSE YOU PIKACHU, your function should produce the follow- ing output 2: PIKACHU YOU CHOOSE I DO All of the words should be printed on the same line. It is okay if you end up having a trailing space after the last word. Program Design When you write programs to solve problems using loops, very often the code doesn't jump right into a loop first thing. Often, there's a bit of set-up that happens first. The same can be true of recursion. To solve this problem, you should write TWO functions. The first function should be called something like reverse_phrase () and must have a SINGLE parameter: the string that represents the sentence to be reversed. This function should not itself be recursive. It simply does any necessary set-up before calling your second (recursive) function, which is where the real work will be done. Your second function should be called something like reverse_phrase_recursive (). It can have any num- ber of parameters that you think you need, and those parameters can be of any data type that you think will be easiest to work with. This function must be recursive and is not allowed to use loops in any way. To test your program, the 'main" part of your program should simply call reverse_phrase() with the string you want to reverse as an argument.
Transcribed Image Text:Assuming our original sentence was DO I CHOOSE YOU PIKACHU, your function should produce the follow- ing output 2: PIKACHU YOU CHOOSE I DO All of the words should be printed on the same line. It is okay if you end up having a trailing space after the last word. Program Design When you write programs to solve problems using loops, very often the code doesn't jump right into a loop first thing. Often, there's a bit of set-up that happens first. The same can be true of recursion. To solve this problem, you should write TWO functions. The first function should be called something like reverse_phrase () and must have a SINGLE parameter: the string that represents the sentence to be reversed. This function should not itself be recursive. It simply does any necessary set-up before calling your second (recursive) function, which is where the real work will be done. Your second function should be called something like reverse_phrase_recursive (). It can have any num- ber of parameters that you think you need, and those parameters can be of any data type that you think will be easiest to work with. This function must be recursive and is not allowed to use loops in any way. To test your program, the 'main" part of your program should simply call reverse_phrase() with the string you want to reverse as an argument.
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