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Translate one array operation from C to ASM: a = b * X[Y[2]], where assume X[]...

Translate one array operation from C to ASM: a = b * X[Y[2]], where assume X[] is from the memory address $s0; Y[] is from the memory address $s1; (ASM will use the least number of registers as needed)

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#address of X is in $s0
#address of Y is in $s1
#also s2 is representing a
#also s3 is representing b
lw $t0,8($s1) #load Y[2]
mul $t0,$t0,4 #get address of Y[2]
add $t0,$t0,$s0 #get address of X[Y[2]]
mul $s0,$1,$t0 # a = b*X[Y[2]]


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