Do all.

Try $1$ Problem $1$

The following instructions are executed.

addi $$s3,$$$s3,-33$

sra $$t7,$$$s3,5$

$srl$ $$t2,$$$t7,7$

$sll$ $$t8,$$$t2,12$

addu $$t1,$$$t8,$$$t8$

sra $$t4,$$$t1,10$

Assume that the initial value of $$s3$ is $7$ A$92166$C in hexadecimal. Provide the value of $$s3,$$$t7,$$$t2,$$$t,$ $$t1$ and hexadecimal at the end of the execution. Separate the values with comma. Do NOT enclose the values by quotes.

Your Answer: $7$a$92163$b$,$ffa$524$b$1,001$ffa$52,1$ffa$52000,3$ff$4$a$4000,0003$ff$4$a$4$

Correct Part of Your Answer:

Your score is $0\mathrm{.}00$ out of $6.$

Try $1$ Problem $2$

For the MIPS instruction Iw $ s$4,8540($$t$8),$ show the immediate number, opcode, rs$,$ and rt in binary in the given order, separated by comma.

Your Answer: $0010000010010100,100011,11001,10000$

Correct Part of Your Answer: $\_,100011,,,-$

Your score is $1\mathrm{.}00$ out of $4.$

Try $1$ Problem $3$

Suppose the opcode of an MIPS instruction is $35$ in decimal, and the rest of the machine code is $16$D$5$B$18$ in hexadecimal $($from high$-$order bit to low$-$order bit$).$ What is the instruction? When showing the registers, use names $($e$.$g$.$ $t$0,$ $s$2)$ instead of indices $($e$.$g $$8,$ $$17).$ For branch instructions, show offset in place of label, e$.$g$.$ beq $t$1,$ $t$2,92.$

Your Answer: theinstructionisiw$55,24($t$3)$

Correct Part of Your Answer: $\_,\_$

Your score is $0\mathrm{.}00$ out of $4.$

Try $1$ Problem $4$

Suppose the address of the first instruction is $\}\{4160\}$ in hexadecimal in the following code. Show in decimal the immediate value $($i$.$e$.$ offset$)$ in the beq and bne instruction, and in hexadecimal $($of $7$ digits$)$ the psedudo address in the $j$ instruction. Separate the numbers by comma.

Your Answer: $*$immediatevalueforbeq:notdetermined$*$immediatevalueforbne:notdetermined$*$pseudoaddressforj:$03$e$3$c$41$b Correct Part of Your Answer: $\_...$

Your score is $0\mathrm{.}00$ out of $3.$

Ti

The tollowing instructions are executea.

and $$t5,$$$s2,$$$s4$

sub $$t1,$$$s4,$$$t5$

xor $$t3,$$$t5,$$$t1$

addu $$t2,$$$t1,$$$t3$

$or$ $$t7,$$$t3,$$$t2$

subu $$t4,$$$t2,$$$t7$