$(1-$point$)$ Solve manually. Utilizing the tracing of the code in Figutre$-1$ by hand, fill in the $(1-$point$)$ Solve manually. Find the hexadecimal machine code $($it will be a $16-$bit word and

hence four hex digits e$.$g$.$ XXXX $)$ manually for each instruction that would be present in the IR

when that instruction is being executed. All these instructions combined sequentially for the

whole program and will be written to the Program Memory of the computer. Please enter

the machine code in Table$-1$ above and to the right.

$(1-$point$)$ Solve manually. Utilizing the tracing of the code in Figutre$-1$ by hand, fill in the

following blank the Hex value stored in the AC when the program would terminate. $\backslash$table$[[\backslash$table$[[$Hex$],[$Address$]],$Label,Instruction$],[200,$Begin,,LOAD Base$],[201,,$ADD Offs$],[202,$Loop,,SUBT One$],[203,,$STORE Addr$],[204,,$SKIPCOND $800],[205,,$JUMP Done$],[206,,$JUMPI Addr$],[207,,$CLEAR$],[208,$Done,,HALT$],[209,$Base,,HEX $200],[20$ A$,$Offs,,DEC $9],[20$B$,$One,,HEX $0001],[20$C$,$Addr,,HEX $0000]]$

Figure$-1$: MARIE Assembly Program for Lab$1$

Table$-1$: Machine Program for Lab$1$

following blank the Hex value stored in the AC when the program would terminate.