Translate the following C++ program into MIPS assembly language. (Don't worry about what results the program...

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Translate the following C++ program into MIPS assembly language. (Don't worry about what results the program should compute; just translate it faithfully.) Note that the array initializations have been provided. Make sure your loops are efficient (i.e., they should not have unnecessary branches). Allocate i to $s0, j to $sl, prod to $s2. You may use any other MIPS registers. int x = {9, 13, 5, 13, 79, 4, -87, 3}; int main() { int j = int prod 8; = 1; for (int i=x[2]; i>=1; i--) { } j = j/2; if (x[i] > 0) { j--; x[j] = prod; } else { prod = prod✶x[j-1]; } j++; Translate the following C++ program into MIPS assembly language. (Don't worry about what results the program should compute; just translate it faithfully.) Note that the array initializations have been provided. Make sure your loops are efficient (i.e., they should not have unnecessary branches). Allocate i to $s0, j to $sl, prod to $s2. You may use any other MIPS registers. int x = {9, 13, 5, 13, 79, 4, -87, 3}; int main() { int j = int prod 8; = 1; for (int i=x[2]; i>=1; i--) { } j = j/2; if (x[i] > 0) { j--; x[j] = prod; } else { prod = prod✶x[j-1]; } j++;

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Heres the MIPS assembly translation of the given C program assembly d... View the full answer