Question: Pleas solving the problems step by Stebe to understand .....? The NSC, was modified as shown below so that the OUT LD and PC LD

Pleas solving the problems step by Stebe to understand .....?Pleas solving the problems step by Stebe to understand .....? The NSC,

The NSC, was modified as shown below so that the OUT LD and PC LD lines are swapped: OUT_LD from the control logic is connected to the LD pin of the program counter, and PC LD from the control logic is connected to the LD pin of the output register. Address (in decimal) Assembly code OUT 3 JMP 0 JC I OUT 0 2 If the current address is 0, LOC-0, and DOUT = 1001, what is the value of DOUT and the next address to execute after running this instruction? 1. DOUT (in binary)-1001) 2. Next address (in decimal) 3) If the current address is 1, LOC 0, and DOUT - 1000, what is the value of DOUT and the next address to execute after running this instruction? 3. DOUT (in binary) 0000 4. Next address (in decimal)1 If the current address is 2, LOC-1, and DOUT = 101 I, what is the value of DOUT and the next address to execute after running this instruction? 5. DOUT (in binary) 0001 6. Next address (in decimal) -2 If the current address is 3, LOC = 1, and DOUT = 1 101, what is the value of DOUT and the next address to execute after running this instruction? 7. DOUT (in binary) 1101 8. Next address (in decimal) +O The NSC, was modified as shown below so that the OUT LD and PC LD lines are swapped: OUT_LD from the control logic is connected to the LD pin of the program counter, and PC LD from the control logic is connected to the LD pin of the output register. Address (in decimal) Assembly code OUT 3 JMP 0 JC I OUT 0 2 If the current address is 0, LOC-0, and DOUT = 1001, what is the value of DOUT and the next address to execute after running this instruction? 1. DOUT (in binary)-1001) 2. Next address (in decimal) 3) If the current address is 1, LOC 0, and DOUT - 1000, what is the value of DOUT and the next address to execute after running this instruction? 3. DOUT (in binary) 0000 4. Next address (in decimal)1 If the current address is 2, LOC-1, and DOUT = 101 I, what is the value of DOUT and the next address to execute after running this instruction? 5. DOUT (in binary) 0001 6. Next address (in decimal) -2 If the current address is 3, LOC = 1, and DOUT = 1 101, what is the value of DOUT and the next address to execute after running this instruction? 7. DOUT (in binary) 1101 8. Next address (in decimal) +O

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