Asemble the MIPS machine code (in hexadecimal only) for the following code sequence. Assume that the address of the beq instruction is $0 \times 00400020$ , and $$50 = $5, $51 = $6, $52 = $7$ S53=\$8. Also, assume that the opcode for beq and $J / s 24$ and 10 , respectively, for add, rddi, and sub instructions, the opcode is 0 and the function value is 44,32 , and 24 , respectively. beq $$50, 551$ , Else add $$3, $50, $51$ addi \$s2,\$5, -100 Ext Ese: sub $$53, $50, $51$ Exit: $\dots$

Question

Asemble the MIPS machine code (in hexadecimal only) for the following code sequence. Assume that the address of the beq instruction is

0 \times 00400020

, and

$50 = $5, $51 = $6, $52 = $7

S53=\$8. Also, assume that the opcode for beq and

J / s 24

and 10 , respectively, for add, rddi, and sub instructions, the opcode is 0 and the function value is 44,32 , and 24 , respectively. beq

$50, 551

, Else add

$3, $50, $51

addi \$s2,\$5, -100 Ext Ese: sub

$53, $50, $51

Exit:

\dots

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