Derive the hex. machine code for the following assembly language instructions. You must show your work, i$.$e$.,$

the field names as shown in lecture notes L$04$ pp$.35$&$36,$ followed by a mapping of the assembly language

statement into those fields $($in binary$),$ followed by hexifying the result. For format and opcode$/$function codes

see the MIPS$64$ Instruction Set Manual I sent you in the email. Here is an example of the assembly statement

dadd $r1,r2,r3($an R$-$type instruction$).$ In the table of contents, find the assembly language statement of

interest and click on it$.$ The hyperlink in the manual will take you to the instruction format.

DADD

$166$

$($a$)(1$ point$)$ the $1$d $r4,24(r3)$ instruction

$($b$)(1$ point$)$ the and $r7,r4,r12$ instruction

$($c$)(1$ point$)$ the ds$11r17,r10,5$ instruction

$($d$)(1$ point$)$ the or $r3,r20,r1$ statement

$($e$)(1$ point$)$ the daddiu $r6,59,37$ statement

$($f$)(1$ point$)$ the sd $r13,56(r11)$ statement

Q$1$: $12\mathrm{.}5$ pts $)$ The following is the percentage distribution of the votes that two major political parties in

the US received in the counties in the state of Montana during a recent election. Use the Chi$-$Square Test

of Independence to conclude whether or not the counties are statistically in favor of one political party

over the other.