Write the codes as describe in the question in assembly language all:

$1.$ Define a variable named $$a$1$ and initialize with the value $5.$

$2.$ Define a variable named $$wen$2$ and initialize with the value $5.$

$3.$ Multiply these variables using general purpose registers.

$4.$ Store the multiplied value in a new variable named $$res$3.$

$5.$ Use immediate instruction to load $5($hex$)$ and $10($hex$)$ in r$0$ and r$1,$ two of the

general$-$purpose registers. Do exclusive OR between these two registers and store

the value in a variable named $$xor$\_$ans$.$

$6.$ Create an array named $$arr$1$ containing the numbers $1,2,3,4,5.$ Read the numbers

using an unconditional branch and also using r$8$ and r$9$ register.

$7.$ Create three branches named, $$bran$1,$bran$2$ & $$bran$3$ serially in the code

segment. Then, in the first branch you need to move $1($Decimal$)$ to r$3.$ In the second

branch, write down the code to move $2($Decimal$)$ to r$4.$ Again, In the third branch,

write down the code to move $3($Decimal$)$ to r$5.$ Use branch less than condition to

$$bran$2$ with r$0$ and r$1$ and explain what happens.

$8.$ Suppose, an array named $$nmbr$$ declared which contains

$2,3,5,4$ and $8.$ Find the maximum number stored in this

array and multiplied value of all numbers. Store them to a

variable named $$max$\_$array$$ and $$mul$\_$array$.$

$9.$ Write down a program to find out if a number stored in r$6$

register is positive or negative using branch if minus

instruction. For the output prompt, the r$1$ register must be

used. When r$1$ is $0$ it indicates positive and when r$1$ is $1$ it

indicates negative.

$10.$ Can you design the table to print Hexa Decimal Digits in a Seven$-$segment

display? You can design the table using a table in a Word file.

$11.$ Now, use that table and make switch cases to print hex digits in a seven$-$

segment display. Take two inputs using the switch in the ALTERA DE$1$

board and print the sum of two numbers using seven$-$segment display.