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You may not need as many lines 5: add, sub, addi, j, beq, bne, lw, sw. as we provide space for

(4 pts) Write a MIPS program starting at address 20 that writes a value of 488 to register $7. Next, you will test if registe
You may not need as many lines 5: add, sub, addi, j, beq, bne, lw, sw. as we provide space for
(4 pts) Write a MIPS program starting at address 20 that writes a value of 488 to register $7. Next, you will test if register $10 is equal to register $7. If the values are equal, continue execution at address 48; otherwise set the value in register $7 to $10 $21 (contents of register $10 subtract contents of register $21). Following these steps your program should continue execution at address 228. You should use both a branch type instruction (beq or bne) and one ( jump) instruction. 20 24 28 32 36
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oo20 H $7,483 201w loads Registe 7 th ug 24be $7, $10, 48 =) branch jump) to 48 1f $7-lo PoCRpam Contsol injumPs to location

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