Create a machine language to match the assembly language of Exercise 4. That is, give a binary encoding of the instruction set, so that each possible instruction has a unique encoding as a string of bits. Assume that addresses require 16 bits. Choose an encoding that is simple (so it could be implemented in hardware efficiently) but not unnecessarily wasteful of space. Different instructions need not be the same length, as long as the machine-language programs are unambiguous. Show the format you use for each instruction. Show the translation of this assembly-language program into your machine language:

load width,r1

load n,r2

mul r1,r2,r1

load offset,r2

add r2,r1,r1

store r1,result