$(49$ pts$)$ For the simple computer developed in class, consider the following program starting in memory location $0.$ Note that the simple computer is byte$-$addressable. Assume the content of location $14(0b1110)$ is $4(0b100)$ and that of $AC$ is zero before the program is executed.

$0000000000000110$

$0010000000001000$

$0010000000001100$

$0000000000001110$

$0001000000000000$

$0010000000000100$

$(1)$ Write the first $30$ microinstructions $($just the register transfers and control lines$)$ that need to be executed in their execution sequence. Note that you do not have to have state numbers for the microinstructions. Just list the register transfer and control line for each microinstruction. $(30pts)$

$(2)$ First translate each memory line in the above program into an assembly instruction $($e$.$g$.,$ "ADD $6"$ or "ADD $(6)"$ or $"$JMP $6")(9$ pts$).$ Then answer this question: What will be the content of $AC$ after the execution of the first $30$ microinstructions? $(10$ pts$)$ You need to show how AC and the memory change after executing each instruction. In that way, you can show how you get your answer for partial credit.