Part 1 - Translate the following C/C++ code snippet to MIPS assembly. Decide who will take the lead (Partner 1) on this problem. The other (Partner 2) must verify and aid in translation. Use this opportunity to learn and tighten any loose ends in your understanding of array access in assembly programs. Implement this code using conditional branching statements only and without the jump (j) instruction. (It is a complicated process to obtain the jump address). // Assume $ so stores the array address 1/ Assume \$te stores 1 If(array [1] I= array[1+1]) \{ array[1]=array[1+1]; \} array[11]=array[1+1]; Part 2 - Convert the translated MIPS code to machine code. This time, Partner 2 takes the lead, and Partner 1 aids and verifies the translation