Exercise $1$:Assume that the variables f$,$ g$,$ h$,$ i$,$ and j are assigned to registers $s$0,$ $s$1,$ $s$2,$ $s$3,$ and $s$4,$ respectively. Assume that the base address of the arrays A and B are in registers $s$6$ and $s$7,$ respectively.

$1)$ Translating from C to MIPSF$=$A$[1]+$B$[3]$For the C statement above, what is the corresponding MIPS assembly code?

$2)$ Translating from MIPS to Clw $s$0,4($$s$6)$ For the MIPS assembly instructions above, what is the corresponding C statement?

Exercise $2$:Assume that the variables a and b are assigned to registers $s$0$ and $s$1,$ $s$2$ respectively

a $=$ a $+4$;

b $=$ a $-12$;

Exercise $3$:Translate the following assembly language statement into machine language.

$1)$ add $s$0,$ $s$1,$ $s$2$

$2)$ sub $t$0,$ $t$3,$$t$5$

$3)$ addi $s$0,$ $s$1,5$

$4)$ lw $t$2,32($$$0)$

Exercise $4$: Shift operationsAssuming that the value to be shifted $0$xF$30002$A$8$ is in $s$1,$ Calculate the shifted value in each instruction described below.

$(1)$ The first instruction shifts the value from $s$14$ bits to the left, and places the result in $t$0.$

$(2)$ The second instruction shifts the value from $s$14$ bits to the right, and places the result in $s$2.$

$(3)$ The third instruction shifts the value from $s$14$ bits using the shift right arithmetic $($sra$),$ and places the result in $s$3.$

Exercise$5$ :

$1)$ Translate the following high$-$level code to the MIPS code

if $($i $==$ j$)$

f $=$ g $+$ h;

f $=$f $-$ i;

$2)$ Translate the following high$-$level code to the MIPS code

if $(($a $>0)$ && $($b$>0)$

c $=($a $-$ b$)+$A$[5]$ ;

Else

a$++$;

Assuming that a$,$ b and c in $s$1,$ $s$2$ and $s$3$ and the base address of A in $s$5.$