Assume that the contents in AX and BX are signed numbers and the contents in CX...

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Assume that the contents in AX and BX are signed numbers and the contents in CX and DX are unsigned numbers. Please use a comparison instruction and a conditional transfer instruction to accomplish the following tasks. 1) If the content in DX is larger than that in CX, transfer to execute the instruction with a label of EXCEED. 2) If the content in BX is larger than that in AX, transfer to execute the instruction with a label of EXCEED. 3) If the content in BX is larger than or equal to that in AX, transfer to execute the instruction with a label of EXCEED. 4) If the content in CX is zero, transfer to execute the instruction with a label of ZERO. 5) If the content in BX is equal to that in AX, transfer to execute the instruction with a label of EQ 6) If the content in BX is less than or equal to that in AX, transfer to execute the instruction with a label of EQSMA. 7) If the content in CX is equal to 5678H, transfer to execute the instruction with a label of EQ 8) If the content in DX is less than that in CX, transfer to execute the instruction with a label of EQSM 9) If the content in AX is positive, transfer to execute the instruction with a label of ABC 10) If the content in AX is negative, transfer to execute the instruction with a label of ABC. 2. (25pts) Write a code segment that can subtract hexadecimal number 12345678H from another hexadecimal number76543210H, the result is stored in DX and AX, where DX stores the high 16 bits of the result. 3. (25pts) Write a code segment that can set the 100 bytes that start with an offset address of 1000H in data segment to be all zeros. Assume that the contents in AX and BX are signed numbers and the contents in CX and DX are unsigned numbers. Please use a comparison instruction and a conditional transfer instruction to accomplish the following tasks. 1) If the content in DX is larger than that in CX, transfer to execute the instruction with a label of EXCEED. 2) If the content in BX is larger than that in AX, transfer to execute the instruction with a label of EXCEED. 3) If the content in BX is larger than or equal to that in AX, transfer to execute the instruction with a label of EXCEED. 4) If the content in CX is zero, transfer to execute the instruction with a label of ZERO. 5) If the content in BX is equal to that in AX, transfer to execute the instruction with a label of EQ 6) If the content in BX is less than or equal to that in AX, transfer to execute the instruction with a label of EQSMA. 7) If the content in CX is equal to 5678H, transfer to execute the instruction with a label of EQ 8) If the content in DX is less than that in CX, transfer to execute the instruction with a label of EQSM 9) If the content in AX is positive, transfer to execute the instruction with a label of ABC 10) If the content in AX is negative, transfer to execute the instruction with a label of ABC. 2. (25pts) Write a code segment that can subtract hexadecimal number 12345678H from another hexadecimal number76543210H, the result is stored in DX and AX, where DX stores the high 16 bits of the result. 3. (25pts) Write a code segment that can set the 100 bytes that start with an offset address of 1000H in data segment to be all zeros.

Answer rating: 100% (QA)

Here are the assembly language instructions to accomplish the tasks 1 CMP ... View the full answer