Map out what each step of the processing accomplishes for the assembly code:

I don't have my textbook yet and I am having trouble finding an understandable explanation online for these charts. I am also having trouble deciding the assembly code converted to Y86 in general, so any help, even other examples, would be extremely appreciated.

2) Map out what each step of the processing accomplishes for the assembly code from Assignment 2, Question1. a[5] += -65. Mov $40(%eax), %ebx Addq S-65, %ebx Movq %ebx, $40(%eax) To do this, first rewrite them into the Y86 instructions from the X86. Then write out one of these tables below for each instruction. Be sure to use the actual registers you used rather than rA and rB. Remember: you should have a table for each instruction executed. OPI rA, rB - M,[PC] icode:ifun e rA:rB E M,[PC+1] Fetch valP E PC+2 valA + RIrA] valB E RIrB] valE E valB OP valA Decode Execute Set CC Memory Write back RIrB] + valE PC E valP PC update 2) Map out what each step of the processing accomplishes for the assembly code from Assignment 2, Question1. a[5] += -65. Mov $40(%eax), %ebx Addq S-65, %ebx Movq %ebx, $40(%eax) To do this, first rewrite them into the Y86 instructions from the X86. Then write out one of these tables below for each instruction. Be sure to use the actual registers you used rather than rA and rB. Remember: you should have a table for each instruction executed. OPI rA, rB - M,[PC] icode:ifun e rA:rB E M,[PC+1] Fetch valP E PC+2 valA + RIrA] valB E RIrB] valE E valB OP valA Decode Execute Set CC Memory Write back RIrB] + valE PC E valP PC update