Write an E$20$ assembly language program that will add $1$ to each of the memory cells between $10$ and

$20,$ inclusive. Use a loop. Don't forget to include a halt at the end. When using jump instructions,

specify the destination as a label, not as a numeric address.

Translate your E$20$ assembly language program into the equivalent machine language representation.

Give each instruction as a $16-$bit binary number. Write each instruction on a separate line. Write all

$16$ digits of each number.

Give your answer both in E$20$ assembly language $($using correct E$20$ syntax$)$ and E$20$ machine language

$($as a sequence of $16-$bit binary numbers$).$