Write a program that loops X times incrementing a counter each time

through the loop. The value of X is stored in memory and will have to be

accessed by indirect accessing $($load indirect instruction$).$ The program starts at

x$3000$ and the x$3020$ contains the address $($x$30$A$0)$ for the value of X $($which is

x$000$F$)$

$$ Lab$-2$: Write a program that compares two values stored at memory locations

x$30$A$2$ and x$30$A$3.$ If the value at x$30$A$2$ is larger than the value at x$30$A$3$ then

store the value of $1$ in R$1,$ else store the value of $0$ in R$1.$ Use PC $+$ offset

addressing to load contents of x$30$A$2$ into R$2$ and x$30$A$3$ into R$3.$

$$ Lab$-3$: Repeat the previous using Base $+$ offset $($load register$).$ Use the load

immediate $($LEA$)$ instruction to setup the base $($R$4)$ with the address of x$30$A$2$