Addressability is Response area.

Question

Arithmetic/logic unit (ALU) is Response area.
Response area is a device that accepts data to be stored in memory.
Register is Response area.
Response area is a type of small, high-speed memory used to hold frequently used data.
Motherboard Response area.
Bus Width Response area.
Pipelining Response area.
Response area is a device that prints or otherwise displays data stored in memory or makes a permanent copy of information stored in memory or another device.
Response area is a combination of the ALU and the control unit; the "brain" of a computer that interprets and executes instructions.
Control unit Response area.
Response area is the register that contains the instruction currently being executed.
Response area is the register that contains the address of the next instruction to be executed.
Block is Response area.
Response area is a section of a track.
Track is Response area.
Response area is the rate at which data moves from the disk to memory.
Latency is Response area.
Response area is the time it takes for the read/write head to get positioned over the specified track.
Access time Response area.
Response area is the set of concentric tracks on all surfaces.
Synchronous processing Response area.
Response area is the situation in which multiple processors share a global memory.


the number of bits stored in each addressable location in memoryInput unita technique that breaks an instruction into smaller steps that can be overlappedTransfer ratethe computer component that performs arithmetic operations and logical operationsthe computer component that controls the actions of the other components so as to execute instructions in sequenceSectora small storage area in the CPU used to store intermediate values or special datamultiple processors need apply the same program in lockstep to multiple data setsInstruction Register (IR)the time it takes for a block to start being read; the sum of seek time and latencyCache memorya concentric circle on the surface of a diskthe time is takes for the specified sector to be in position under the read/write headthe number of bits that can be transferred in parallel over the busShared memory parallel processorCylinderOutput unitSeek timethe main circuit board of a personal computerthe information stored in a sectorProgram Counter (PC)CPU (Central Processing Unit)

Answer 1

Certainly! Below is a structured list that organizes the terms you've provided along with their respective definitions or descriptions:

1. Addressability: The number of bits stored in each addressable location in memory.

2. Arithmetic/Logic Unit (ALU): The computer component that performs arithmetic operations and logical operations.

3. Response area:

   • A device that accepts data to be stored in memory (for references to memory).
   • A type of small, high-speed memory used to hold frequently used data (for cache memory).
   • A combination of the ALU and the control unit; the "brain" of a computer that interprets and executes instructions (for CPU).
   • The device that prints or displays data stored in memory (for output unit).

4. Register: A small storage area in the CPU used to store intermediate values or special data (for registers that keep track of instructions).

5. Motherboard: The main circuit board of a personal computer.

6. Bus Width: The number of bits that can be transferred in parallel over the bus.

7. Pipelining: A technique that breaks an instruction into smaller steps that can be overlapped.

8. Access Time: The time it takes for a block to start being read; the sum of seek time and latency.

9. Latency: The time it takes for the read/write head to get positioned over the specified track.

10. Sector: A small storage area on a disk that holds data.

11. Track: A concentric circle on the surface of a disk.

12. Seek Time: The time taken for the read/write head of the disk to position itself over the correct track.

13. Cylinder: A set of concentric tracks on all surfaces of a disk.

14. Synchronous Processing: The situation in which multiple processors need to apply the same program in lockstep to multiple data sets.

15. Instruction Register (IR): The register that contains the instruction currently being executed.

16. Program Counter (PC): The register that contains the address of the next instruction to be executed.

17. Cache Memory: A type of small, high-speed memory used to hold frequently used data.

18. Output Unit: A device that prints or otherwise displays data stored in memory or makes a permanent copy of information stored in memory or another device.

19. Shared Memory: A memory area that can be accessed by multiple processors, allowing them to share data.

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