Answer:
The component that stores data or information temporarily and passes it on as directed by the control unit is the "Registers."
Registers are small, high-speed memory locations within the CPU that store data or instructions that are being actively used by the CPU during its operation. They are used to hold data temporarily for immediate processing and facilitate quick access to frequently used data or instructions.
Registers play a crucial role in the functioning of the CPU and are directly accessed by the control unit. They store operands for arithmetic and logical operations, intermediate results, memory addresses, program counters, and other control information.
The control unit manages the flow of data between registers and other components of the CPU. It directs the transfer of data between registers, the arithmetic logic unit (ALU), and memory based on the execution of instructions.
The use of registers allows for faster data access and processing as compared to accessing data directly from memory. By temporarily storing frequently accessed data and instructions in registers, the CPU can perform operations more efficiently, reducing the need to access main memory frequently.
In summary, registers in a CPU store data or information temporarily and pass it on as directed by the control unit, enhancing the overall speed and efficiency of data processing.
The component that stores data or information temporarily and passes it on as directed by the control unit is the "Registers."
Registers are small, high-speed memory locations within the CPU that store data or instructions that are being actively used by the CPU during its operation. They are used to hold data temporarily for immediate processing and facilitate quick access to frequently used data or instructions.
Registers play a crucial role in the functioning of the CPU and are directly accessed by the control unit. They store operands for arithmetic and logical operations, intermediate results, memory addresses, program counters, and other control information.
The control unit manages the flow of data between registers and other components of the CPU. It directs the transfer of data between registers, the arithmetic logic unit (ALU), and memory based on the execution of instructions.
The use of registers allows for faster data access and processing as compared to accessing data directly from memory. By temporarily storing frequently accessed data and instructions in registers, the CPU can perform operations more efficiently, reducing the need to access main memory frequently.
In summary, registers in a CPU store data or information temporarily and pass it on as directed by the control unit, enhancing the overall speed and efficiency of data processing.
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