Use the LC$3$ Tutor simulator to run the machine code program below:

$0001101101000001$

$0001100100111111$

$0000101111111101$

$1111000000100101$

First, set up the LC$3$ Tutor simulator by doing the following:

$1.$ Copy and paste the code above into the LC$3$ Tutor RAW editor.

$2.$ Use the editor to add as the first line the binary value for $\backslash (0\backslash$times $3000\backslash ),$ which specifies the machine code's starting address.

$3.$ Press "Process". If you get the red $"$Oh no$!"$ message, make the suggested correction$($s$)$ and try "Process" again.

$4.$ If you get the green "Awesome!" message. Press "Load into simulator".

$5.$ Set a breakpoint at address $0$x$3002.$

$6.$ Change the values in the registers to the contents shown below:

Next, follow the steps below to answer the questions below.

$($Enter your $16-$bit answers in hex like the following example: $0$x$0$A$3$F$)$

Click Run.

A$.)$ When execution pauses, what is the value in register R$5?$

B$.)$ What is the value in the PC $?$

Click Run, briefly wait, click Run again, briefly wait, click Run one more time.

C$.)$ When execution pauses, what is the value in register R$5?$

D$.)$ What is the value in the PC$?$

E$.)$ What is the value in register R$4?$

Clear the breakpoint at address $0$x$3002$ and click Run.

F$.)$ When execution pauses, what is the value in register R$5?$

G$.)$ What is the value in register R$4?$