Hey all, looking for some help understanding this portion of my assignment. Thank you.

A. Consider execution of the following program. All registers used contain 0 initially.

Beg: or $15, $16, $17

add $16, $15, $17

DTI: lw $17, 1232($0)

The registers are represented by their corresponding numbers in the MIPS architecture. For example, register $zero is written as $0.

Assume that before the instruction labelled Beg is executed the state of the system was as followed:

- The values in memory location 1232 is 4000

- Every register used (except $0) has initial value 10ten plus the register number (e.g. $8 has initial value 18ten)

The code to set the initial state of the system is provided below:

addi $15, $0, 25

addi $16, $0, 26

addi $17, $0, 27

addi $10, $0, 4000

sw $10, 1232($0)

Ensure your MARS setting is as instructed in Part I.3

1. Modify the program segment so that the initial values are set in registers and memory location before the instruction labelled Beg is executed, by incorporating the code provided to set the initial state of the system

2. Assemble your new code Set a breakpoint on the instruction labelled Beg Run the program and verify those initial values. Take screenshot(s) and circle those values to show

3. Go to Tools > MIPS X-Ray Click on Connect to MIPS Run the instructions one step at a time from the MIPS R-Ray window Watch the execution of each instruction carefully on the animated screen. Provide the screenshots of the X-Ray window for each of the 3 instructions above (or, add, and lw).