1- Write a MIPS assembly program to initialize register $s0 to 8, register $s1 to 12,...

 

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1- Write a MIPS assembly program to initialize register $s0 to 8, register $s1 to 12, regis- ter $s2 to 5, and register $s3 to 2. Then, store register $s0 in the first element of an array, register $s1 in the second element of the array, register $s2 in the third element of the ar- ray, and register $s3 in the fourth element of the array. Then, sort the elements of the ar- ray using the selection sort algorithm, and display the sorted array. Please submit the source code and a screen shot showing your code works correctly. Note: The following is a part of selection sort program in C. for (c=0; c < (n - 1); c++) { } position = c; for (d = c + 1; d < n; d++) { if (array[position]> array[d]) position d; } if (position != c) { } swap = array[c]; array[c] = array[position]; array[position] = swap; 1- Write a MIPS assembly program to initialize register $s0 to 8, register $s1 to 12, regis- ter $s2 to 5, and register $s3 to 2. Then, store register $s0 in the first element of an array, register $s1 in the second element of the array, register $s2 in the third element of the ar- ray, and register $s3 in the fourth element of the array. Then, sort the elements of the ar- ray using the selection sort algorithm, and display the sorted array. Please submit the source code and a screen shot showing your code works correctly. Note: The following is a part of selection sort program in C. for (c=0; c < (n - 1); c++) { } position = c; for (d = c + 1; d < n; d++) { if (array[position]> array[d]) position d; } if (position != c) { } swap = array[c]; array[c] = array[position]; array[position] = swap;

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data array space 16 Allocate space for 4 integers text globl main main Initialize registers li s0 8 ... View the full answer