Question: Need help with the avr code Recall that in our course we define a word to be a 16-bit sequence (i.e, two consecutive bytes). For

Need help with the avr code
Recall that in our course we define a word to be a 16-bit sequence (i.e, two consecutive bytes). For some algorithms it is useful to have a reversed version of that 16-bit sequence. (The deeply curious can read a brief description about such use in Fast Fourier Transform algorithm implementations by visiting Wikipedia at this link: http://bit.ly/2rnvwz6). Page 2 of4 Your task for part (b) is to complete the code in reverse.asm that has been provided for you. Please read this file for more detail on what is required. Amongst other AVR machine instructions, you will need to use bit shift, logical AND, arithmetic ADD, and branching. Do not use functions. Recall that in our course we define a word to be a 16-bit sequence (i.e, two consecutive bytes). For some algorithms it is useful to have a reversed version of that 16-bit sequence. (The deeply curious can read a brief description about such use in Fast Fourier Transform algorithm implementations by visiting Wikipedia at this link: http://bit.ly/2rnvwz6). Page 2 of4 Your task for part (b) is to complete the code in reverse.asm that has been provided for you. Please read this file for more detail on what is required. Amongst other AVR machine instructions, you will need to use bit shift, logical AND, arithmetic ADD, and branching. Do not use functions
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