In this question, you will practice writing assembly programs using the RISC$-$V assembly code. In all

cases, assume the $C$ variables are stored in the following registers:

A$\mathrm{.}3\mathrm{.}1$ Arithmetic and logic operations Implement the following $C$ code segment as RISC$-$V assembly

code. When in doubt, check with the RISC$-$V gcc toolchains you learned in Lab $1.$

$z=z+(x-(y<mn\; id="EditorElement\_9057754">1</mn><mi\; id="EditorElement\_9057756">)</mi><mi\; id="EditorElement\_9057759">)</mi>$

$y=x+0x757$

$y=x+0x7800A757$

$a[3]=a[2]+1$

$a[x$&$xF]=y\%16$ Hint: you don't need to use modulo operator.

$*z=4**y+2**x$ Hint: you don't need to use multiplication.

A$\mathrm{.}3\mathrm{.}2$ Branches and Jumps Implement the following $C$ code segment as RISC$-$V assembly code.