Answer the following question well, make sure it is correct and code it well. Before I send the task, you need to follow these instructions.

All variables $($and array$/$struct elements$)$ are $32-$bit signed $2$s complement integers.

$$ Overflows and bounds errors do not occur $($i$.$e$.,$ you do not need to handle such cases$).$

We also have the following style requirements

$-$You may only use allowed assembly language instructions

$-$Undocumented programs will not work, There should be documentation in all lines and include register allocations at the top of the code and meaningful comments for each line

$-$Follow all register conventions

$-$Answers that work but are significantly worse than the best solution will not get full credit

For the assignment, Your assembly should implement the C code directly $$ i$.$e$.,$ do not $$optimize$$ the C code to change the order of operations or reduce computations.

Write MIPS assembly code implementing the following C$/$C$++$ statement:

n $=23-13*$m;

One way of doing the multiply without a multiply instruction is by using many add instructions $($m$+$m$+...+$m$),$ but you should do it with fewer additions.

Hint: We know how to express any integer as a sum of powers of $2($e$.$g$.,7=1+2+4),$ and we also know how to multiply by powers of $2$ using repeated addition. This gives us a method to multiply by any integer $($applying distributivity$),$ and this technique is in fact an underlying principle of many hardware multipliers.