About the following SIC / XE programs a. Write the object code for each statement. In other words, write the location counter of each statement and describe the object code that the statement is assembled to. b. Write an object program that is created when this program is assembled. (All numbers not specified are regarded as decimal numbers, but in the first state 'COPY START O' is hexadecimal.) COPY FIRST #5 INDEX #INDEX INDEX ROOT ZERO CLOOP EOF SCORE,X TEMP,X EOF SCORE TEMP @GAMMA ROOT START LDA STA LDB BASE + JSUB + LDX LDA ADD STA WORD WORD RESB STA + JSUB RESW RESW RESB WORD WORD LDX LDS TD JEQ STCH WD TIXR JLT RSUB BYTE BYTE END GAMMA INDEX BETA ZERO ALPHA ROOT 4096 4096 ZERO ALPHA OUTPUT ROOT BETA,X OUTPUT ROOT INPUT OUTUT X'454F X'05' FIRST About the following SIC / XE programs a. Write the object code for each statement. In other words, write the location counter of each statement and describe the object code that the statement is assembled to. b. Write an object program that is created when this program is assembled. (All numbers not specified are regarded as decimal numbers, but in the first state 'COPY START O' is hexadecimal.) COPY FIRST #5 INDEX #INDEX INDEX ROOT ZERO CLOOP EOF SCORE,X TEMP,X EOF SCORE TEMP @GAMMA ROOT START LDA STA LDB BASE + JSUB + LDX LDA ADD STA WORD WORD RESB STA + JSUB RESW RESW RESB WORD WORD LDX LDS TD JEQ STCH WD TIXR JLT RSUB BYTE BYTE END GAMMA INDEX BETA ZERO ALPHA ROOT 4096 4096 ZERO ALPHA OUTPUT ROOT BETA,X OUTPUT ROOT INPUT OUTUT X'454F X'05' FIRST