Most of the machine have a 2-way capability; that is, you can copy them from another register, and you can copy them to another register. When compared to the other registers, the Memory Address Register (MAR) is always utilized as a destination register; you can only copy into the MAR. Please explain why this is the case.

Most of the machine have a 2-way capability; that is, you can copy them from another register, and you can copy them to another register. When compared to the other registers, the Memory Address Register (MAR) is always utilized as a destination register; you can only copy into the MAR. Please explain why this is the case.

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter6: System Integration And Performance

Section: Chapter Questions

Problem 10VE

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Most of the machines have a 2-way capability; that is, you can copy them from another register, and you can copy them to another register. When compared to the other registers, the Memory Address Register (MAR) is always utilized as a destination register; you can only copy into the MAR. Please explain why this is the case.
Most of the machine have a 2-way capability; that is, you can copy them from another register, and you can copy them to another register. The Memory Address Register (MAR), on the other hand, is always used as a destination register; you can only copy to the MAR. Explain why this is so.
The majority of the machines feature a 2-way capability, which means you may copy them both from and to another register. On the other hand, the Memory Address Register (MAR) is always utilized as a destination register; you may only copy to it. Please explain why this is the case.
In most cases, you can copy data either from one register to another or vice versa. The Memory Address Register (MAR) differs from other registers in that it is always used as a destination register; copies can only be made into the MAR. For the love of God, give me an explanation.
The majority of the machines include a capacity that allows them to duplicate in both directions; this means that you may transfer items from one register to another as well as vice versa. The Memory Address Register (MAR) is never used as a source register; you may only copy into the MAR. When compared to the other registers, the MAR is always used as a destination register. Could you perhaps explain the reasoning behind this?
Most of the machine have a 2-way capability; that is, you can copy them from another register, and you can copy them to another register. The Memory Address Register (MAR) is unlike any other register in that it is always used as a destination register; copies may only be made into the MAR. I'd want you to provide some light on why this is the case.
The majority of machines are able to copy both to and from registers, allowing for maximum flexibility. The Memory Address Register (MAR) is unique among registers in that it is always used as a destination register; copies may only be made into the MAR. Give me some background on why this is so.
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Main memory location can be addressed in two different ways. What are they? How are they different?
Most machines can replicate both ways, from one register to another. The Memory Address Register (MAR) is unique among registers in that it is always used as the target of a copy operation. If I may ask, could you elaborate on this?
In memory, there are two distinct address formats. Is it possible to register just a subset of the data with the ALU using memory and move the other data to IR?
The majority of machines are able to copy both ways, from one register to another. The Memory Address Register (MAR) is unique among registers in that it is always used as the target of a copy operation. If I may ask, could you elaborate on this?