Consider the following MIPS loop:

LOOP: slt $t$2,$ $$0,$ $t$1$

beq $t$2,$ $$0,$ DONE

addi $t$1,$ $t$1,-1$

addi $s$2,$ $s$2,2$

j LOOP

DONE:

$2\mathrm{.}26\mathrm{.}1[5]<2\mathrm{.}7>$ Assume that the register $t$1$ is initialized to the value $10.$ What

is the value in register $s$2$ assuming $s$2$ is initially zero?

$2\mathrm{.}26\mathrm{.}2[5]<2\mathrm{.}7>$ For the loop above, write the equivalent C code routine.

Assume that the registers $s$1,$ $s$2,$ $t$1,$ and $t$2$ are integers A$,$ B$,$ i$,$ and temp,

respectively.

$2\mathrm{.}26\mathrm{.}3[5]<2\mathrm{.}7>$ For the loop written in MIPS assembly above, assume that the

register $t$1$ is initialized to the value N$.$ How many MIPS instructions are

executed?