Homework Solution: 1. The INC instruction takes a maximum of ___ operands. 2. Finish the instruction to decrement 1 fro…

    Short Answer 1. The ING instruction takes a maximum of 2. Finish the instruction to decrement 1 from a 16-bit val vanable using NASM: DEC 3. When using GAS, the first operand is the 4. When using MASM, the first operand is the 5. The NEG instruction changes a value trom positive to negative by converting it into its operand. operand. re 6. When using a QWORD vakue as an operand for the MUL instruction, the result will be stored in The IMUL instruction can accept 8. 7. operandis) Performing division with Div using a 32-bit dividend implies that the dividend must be stored in 9. When using the DIV instruction and a 64-bit divisor the quotient is stored in and the remainder in 10-The DIV instruction can accept 11. CBW, CWD, CDQ, and COO will alaw you to 12. Aligning data to 13. A variable that contains a memory address is an example of 14. Storing the address of a variable in GAS is done using the 15. The operandis extend the register. memory addresses can help the processor access data faster addressing instruction instruction copies a value and extends the sign while the instruction copies a value and extends zeros.
    1. The INC instruction takes a maximum of ___ operands. 2. Finish the instruction to decrement 1 from a 16-bit val variable using NASM: DEC ___. 3. When using GAS, the first operand is the ___ operand. 4. When using MASM, the first operand is the ___ operand. 5. The NEG instruction changes a value from positive to negative by converting it into its ___ representation. 6. When using a QWORD value as an operand for the MUL instruction, the result will be stored in ___. 7. The IMUL instruction can accept ___ operand(s). 8. Performing division with DIV using a 32-bit dividend implies that the dividend must be stored in ___. 9. When using the DIV instruction and a 64-bit divisor the quotient is stored in ___ and the remainder in ___. 10. The DIV instruction can accept ___ operand(s). 11. CBW, CWD, CDQ, and CQO will allow you to ___ extend the ___ register. 12. Aligning data to ___ memory addresses can help the processor access data faster. 13. A variable that contains a memory address is an example of ___ addressing. 14. Storing the address of a variable in GAS is done using the ___ instruction. 15. The ___ instruction copies a value and extends the sign while the ___ instruction copies a value and extends zeros.

    Expert Answer

     
    1.The INC instruction takes a mximum of one operand. The on;y parameter ehich is passed to the instruction is the destination.

    Short Counterpart 1. The ING information takes a ultimatum of 2. Finish the information to drawback 1 from a 16-bit val vanable using NASM: DEC 3. When using GAS, the original operand is the 4. When using MASM, the original operand is the 5. The NEG information changes a rate trom dogmatic to privative by converting it into its operand. operand. re 6. When using a QWORD vakue as an operand restraint the MUL information, the issue conciliate be stored in The IMUL information can recognize 8. 7. operandis) Performing disunion with Div using a 32-bit dividend implies that the dividend must be stored in 9. When using the DIV information and a 64-bit divisor the quotient is stored in and the surplus in 10-The DIV information can recognize 11. CBW, CWD, CDQ, and COO conciliate alaw you to 12. Aligning basis to 13. A unsteady that contains a reminiscence oration is an development of 14. Storing the oration of a unsteady in GAS is manufactured using the 15. The operandis augment the register. reminiscence orationes can succor the processor vestibule basis faster orationing information information copies a rate and augments the symptom conjuncture the information copies a rate and augments zeros.

    1. The INC information takes a ultimatum of ___ operands. 2. Finish the information to drawback 1 from a 16-bit val unsteady using NASM: DEC ___. 3. When using GAS, the original operand is the ___ operand. 4. When using MASM, the original operand is the ___ operand. 5. The NEG information changes a rate from dogmatic to privative by converting it into its ___ resemblance. 6. When using a QWORD rate as an operand restraint the MUL information, the issue conciliate be stored in ___. 7. The IMUL information can recognize ___ operand(s). 8. Performing disunion with DIV using a 32-bit dividend implies that the dividend must be stored in ___. 9. When using the DIV information and a 64-bit divisor the quotient is stored in ___ and the surplus in ___. 10. The DIV information can recognize ___ operand(s). 11. CBW, CWD, CDQ, and CQO conciliate sanction you to ___ augment the ___ register. 12. Aligning basis to ___ reminiscence orationes can succor the processor vestibule basis faster. 13. A unsteady that contains a reminiscence oration is an development of ___ orationing. 14. Storing the oration of a unsteady in GAS is manufactured using the ___ information. 15. The ___ information copies a rate and augments the symptom conjuncture the ___ information copies a rate and augments zeros.

    Expert Counterpart

     

    1.The INC information takes a mximum of undivided operand.

    The on;y parameter ehich is passed to the information is the appointment.

    2.DEC val

    This information conciliate decline the rate of the val unsteady by 1

    3.When using GAS the original operand is the addres operand

    Oration is the subsidence of the rate.

    4.When using MASM the original operand is the unsteady operand.

    The unsteady on whcih the information is to be effected.