Problem#$1$

The Hack is a $16-$bit processor, similar to the original IBM PC and nearly all home computers of that era.

But being limited to working with integer values that couldn't exceed about $32,000$ is extremely limiting$,$

therefore programs had to be able to "emulate" larger data types by using software routines that did the

work that the hardware couldn't. This was also how most computers dealt with floating point numbers.

Assume that three $32-$bit unsigned integers are stored in memory with $\text{'}x\text{'}$ at address $100,y$ and address

$120,$ and $\text{'}z\text{'}$ at address $124.$ Assume that they are stored in little$-$endian format. Write a Hack ASM

program that calculates

$z=x+y$