Question $1)(7\mathrm{.}5$ Points$)$ There is a piece of C $($and its equivalent Matlab$)$ code that we want to convert to

RISC$-$V$.$ We expect to see a snapshot of your OUT window like the one below. Follow the steps:

A$.(0\mathrm{.}5$ Points$)$ Print to the OUT Window in RVS the following string "Student's number:" followed by your

student number. If your student number is $123456789,$ the printed line will be:

Student's number: $123456789$

B$.(0\mathrm{.}5$ Points$)$ Print the string "Input an integer:" and ask the user for an integer input then store it in $x1.$

C$.(2$ Points$)$ Write a code for the label "loop$1"$ that calculates the float values of $f1$ and $f2.$

D$.(1$ Point$)$ Write a code for the label "loop$2"$ that updates the value of $x7.$

E$.(1$ Point$)$ Write a code for the label "end" that breaks compiling procedure.

F$.(1$ Point$)$ Test your code with the integer $\text{'}5\text{'},$ and print the final value of $f2$ as the "Result$=".$

G$.(1\mathrm{.}5$ Point$)$ Write a report based on your code in the report box, and upload both the assembly code

$(1$Q$1\_$Ans.asm$)$ and a snapshot $(1$Q$1\_$Snapshot$)$ of the RISC$-$V OUT window.

C code

for $($x$7=1$; x$7$ x$1$; x$7++)\{$

for $($x$8=1$; x$8$ x$1+2$; x$8++)\{$

f$7=($double$)$ x$7$;

f$8=($double$)$ x$8$;

f$1=$ f$8/$f$7$;

f$2=$ f$1+$f$2$;$\}$

$\}$

Matlab code

for x$7=1$:$1$:x$1-1$

for x$8=1$:$1$: x$1+1$

f$1=$ x$8/$x$7$;

f$2=$ f$1+$f$2$;

end

end