Problem 3: Hand assemble the corresponding SIM86 assembly program (generate all addresses and provide the machine code both in HEX). Indicate the displacement value for each jump instruction. section .bss result: resd 1 section .text global start _start: mov ebx, 0 mov ecx, 3 mov eax, 2 cmp eax, ecx je case_A jl case_B mov [result+ebx), ebx jmp stop case A: add eax, eax mov [result+ebx], eax jmp stop case_B: imul eax mov [result+ebx], eax stop: hlt Problem 3: Hand assemble the corresponding SIM86 assembly program (generate all addresses and provide the machine code both in HEX). Indicate the displacement value for each jump instruction. section .bss result: resd 1 section .text global start _start: mov ebx, 0 mov ecx, 3 mov eax, 2 cmp eax, ecx je case_A jl case_B mov [result+ebx), ebx jmp stop case A: add eax, eax mov [result+ebx], eax jmp stop case_B: imul eax mov [result+ebx], eax stop: hlt