Question 5 Consider the following state reached during a DEBUG session: AX=FFFB BX=0000 CX=0000 DX=0000 SP=FFEE...

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Question 5 Consider the following state reached during a DEBUG session: AX=FFFB BX=0000 CX=0000 DX=0000 SP=FFEE BP=0000 SI=0000 DI=0000 7 DS=0C61 ES=0C61 SS=0C61 CS=0C61 IP-0106 NV UP EI NG NZ AC PO CY 0C61:0106 8B1A MOV BX,[BP+SI] SS:0000=20CD 5.1 What is the effective 20-bit address of the next instruction that will be executed? Give the hexadecimal representation of the next instruction that will be executed. What addressing mode is used in the next instruction to be executed? 5.4 What value that will be moved to BX when the next instruction is executed? 5.2 5.3 5.5 5.6 5.7 What is the status of the overflow flag and the sign flag respectively at the current state? Refer to the DEBUG display given above to motivate your answer. How many bytes does the next instruction that will be executed occupy? If the previous instruction was an 8-bit division instruction (IDIV), what is the value of the quotient and remainder respectively? [10] (2) (1 (1) (1) (2) (1) (2) Question 5 Consider the following state reached during a DEBUG session: AX=FFFB BX=0000 CX=0000 DX=0000 SP=FFEE BP=0000 SI=0000 DI=0000 7 DS=0C61 ES=0C61 SS=0C61 CS=0C61 IP-0106 NV UP EI NG NZ AC PO CY 0C61:0106 8B1A MOV BX,[BP+SI] SS:0000=20CD 5.1 What is the effective 20-bit address of the next instruction that will be executed? Give the hexadecimal representation of the next instruction that will be executed. What addressing mode is used in the next instruction to be executed? 5.4 What value that will be moved to BX when the next instruction is executed? 5.2 5.3 5.5 5.6 5.7 What is the status of the overflow flag and the sign flag respectively at the current state? Refer to the DEBUG display given above to motivate your answer. How many bytes does the next instruction that will be executed occupy? If the previous instruction was an 8-bit division instruction (IDIV), what is the value of the quotient and remainder respectively? [10] (2) (1 (1) (1) (2) (1) (2)

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The question pertains to a computers DEBUG session where the registers of the CPU and the flags are provided The DEBUG session is likely for an Intel x86 architecture given the registers and flag name... View the full answer