Quiz 1 Review (MIPS Assembly) 1. Examine each of the following ...

Quiz 1 Review (MIPS Assembly)1. Examine each of the following instructions. Assume that each instruction is independent andresets with the initial condition before the next instruction. For each instruction show theentire 32-bit contents of each destination register. Work for the different operations can beshown next to the instruction (this will allow me to assign partial credit). Assume the datasections starts at 0x10000000.$t0= 000071A8 EF05 C738 M[0x71B8]$t1= 000001AC 3456 789A M[0x71B4]$t2= 000000B1 BCDE F012 M[0x71B0]$t3= 00000006 CDEF 0123 M[0x71AC]$t4= fffffff8 2345 6789 M[0x71A8]$t5= 10000000 45DE 50F0 M[0x71A4]89AB 1234 M[0x71A0]DV:Instruction Result Work.data.word 0x5678FEDCa) la $t5,DV $t5 = ______________b) lb $t6,0($t5) $t6 = ______________c) lh $t6,2($t5) $t6 = ______________d) lh $t1,10($t0) $t1 = ______________e) lw $t1,0x0c($t0) $t1 = ______________f) lbu $t1,0xfffe($t0) $t1 = ______________g) sub $t1,$t1,$t2 $t1 = ______________h) ori $t3,$t3,0xfff8 $t3 = ______________i) sll $t3,$t3,1 $t3 = ______________j) andi $t4,$t4,0x000f $t4 = ______________k) slt $t1,$t1,$t2 $t1 = ______________l) lui $t1,0xabcd $t1 = ______________

Quiz 1 Review (MIPS Assembly)1. Examine each of the following instructions. Assume that each instruction is independentand resets with the initial condition before the next instruction. For each instruction showthe entire 32-bit contents of each destination register. Work for the different operationscan be shown next to the instruction (this will allow me to assign partial credit). Assumethe data sections starts at 0x10000000.$t0= 000071A8 EF05 C738 M[0x71B8]$t1= 000001AC 3456 789A M[0x71B4]$t2= 000000B1 BCDE F012 M[0x71B0]$t3= 00000006 CDEF 0123 M[0x71AC]$t4= fffffff8 2345 6789 M[0x71A8]$t5= 10000000 45DE 50F0 M[0x71A4]89AB 1234 M[0x71A0]DV:Instruction Result Work.data.word 0x5678FEDCa) la $t5,DV $t5 = 0x10000000b) lb $t6,0($t5) $t6 = 0xffffffdcc) lh $t6,2($t5) $t6 = 0x00005678d) lh $t1,10($t0) $t1 = 0xffffbcdee) lw $t1,0x0c($t0) $t1 = 0x3456789af) lbu $t1,0xfffe($t0) $t1 = 0x000000deg) sub $t1,$t1,$t2 $t1 = 0x000000fbh) ori $t3,$t3,0xfff8 $t3 = 0x0000fffei) sll $t3,$t3,1 $t3 = 0x0000000cj) andi $t4,$t4,0x000f $t4 = 0x00000008k) slt $t1,$t1,$t2 $t1 = 0x00000000l) lui $t1,0xabcd $t1 = 0xabcd0000