Given the C statement below, where the variables f, g, h, i, and j correspond to registers $50, $s1, $s2, $s3, and $s4 respectively, and the base addresses of arrays A and B are in registers $56 and $57, what is the corresponding MIPS assembly code? B[8] =A[i-j]; sub $10, $s3, $s4 sll $10, $10, 2 add $10, $s6, $10 lw $11, 0($10) sw $t1, 32($s6) sub $10, $s3, $s4 sll $to, $10, 2 add $10, $56, $10 lw $11, 0($10) sw $t1, 32($s3) sub $to, $s3, $s4 sll $to, $10, 2 add $to, $s6, $t0 lw $t1, 0($10) sw $t1, 32($s7) ○ sub $10, $s3, $s4 add $10, $10, $s6 lw $11, 0($10) sw $11, 32($s7)

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Given the C statement below, where the variables f, g, h, i, and j correspond to registers $50, $s1, $s2, $s3, and $s4 respectively, and the base addresses of arrays A and B are in registers $56 and $57, what is the corresponding
MIPS assembly code?
B[8] =A[i-j];
sub $10, $s3, $s4 sll $10, $10, 2 add $10, $s6, $10 lw $11, 0($10) sw $t1, 32($s6)
sub $10, $s3, $s4 sll $to, $10, 2 add $10, $56, $10 lw $11, 0($10) sw $t1, 32($s3)
sub $to, $s3, $s4 sll $to, $10, 2 add $to, $s6, $t0 lw $t1, 0($10) sw $t1, 32($s7)
○ sub $10, $s3, $s4 add $10, $10, $s6 lw $11, 0($10) sw $11, 32($s7)
Transcribed Image Text:Given the C statement below, where the variables f, g, h, i, and j correspond to registers $50, $s1, $s2, $s3, and $s4 respectively, and the base addresses of arrays A and B are in registers $56 and $57, what is the corresponding MIPS assembly code? B[8] =A[i-j]; sub $10, $s3, $s4 sll $10, $10, 2 add $10, $s6, $10 lw $11, 0($10) sw $t1, 32($s6) sub $10, $s3, $s4 sll $to, $10, 2 add $10, $56, $10 lw $11, 0($10) sw $t1, 32($s3) sub $to, $s3, $s4 sll $to, $10, 2 add $to, $s6, $t0 lw $t1, 0($10) sw $t1, 32($s7) ○ sub $10, $s3, $s4 add $10, $10, $s6 lw $11, 0($10) sw $11, 32($s7)
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