Homework Solution: True/False 1. IDIV can accept 1, 2, or 3 operands. 2. Specifying the data size of a variable in…

    True/False 1. IDIV can accept 1, 2, or 3 operands. 2. Specifying the data size ot a variable in NASM is only neoessary when the variable is a source operand 3. A value stored in the ebx register can be sign extended into edxebx with the CDQ instruction. 4. The ALIGNB directive can only be used in the.bss section of NASM code. 5. When using an extension instruction in GAS, you must append two characters to indicate the sizes of the source and destination operands.
    True/False 1. IDIV can accept 1, 2, or 3 operands. 2. Specifying the data size of a variable in NASM is only necessary when the variable is a source operand. 3. A value stored in the ebx register can be sign extended into edxebx with the CDQ instruction. 4. The ALIGNB directive can only be used in the bss section of NASM code. 5. When using an extension instruction in GAS, you must append two characters to indicate the sizes of the source and destination operands.

    Expert Answer

    True/Mock 1. IDIV can recognize 1, 2, or 3 operands. 2. Specifying the axioms bigness ot a fickle in NASM is barely neoessary when the fickle is a rise operand 3. A estimate stored in the ebx record can be badgealal deferred into edxebx with the CDQ information. 4. The ALIGNB directive can barely be used in the.bss exception of NASM rule. 5. When using an production information in GAS, you must attach couple characters to betray the bignesss of the rise and application operands.

    True/Mock 1. IDIV can recognize 1, 2, or 3 operands. 2. Specifying the axioms bigness of a fickle in NASM is barely indispensable when the fickle is a rise operand. 3. A estimate stored in the ebx record can be badgealal deferred into edxebx with the CDQ information. 4. The ALIGNB directive can barely be used in the bss exception of NASM rule. 5. When using an production information in GAS, you must attach couple characters to betray the bignesss of the rise and application operands.

    Expert Vindication

     

    1. mock consequently idiv is a unique operand information.

    2. mock consequently NASM pgives difference of specify directives control reserving the storage interinterspace control fickles

    3.true

    4. mock consequently NASM does referable differentiatle between ALIGN and ALIGNB and .bss exception is referable kindred with the alignment directives, it is used to propose uninitialised storage interspace

    5. true