The component that ensures a process can execute within its own address space is c. Memory addressing hardware.

Here's why:

Memory addressing hardware is a part of the computer's architecture that handles the management of memory. It allows each process in the system to have its own virtual address space. This means that each process can operate as if it has exclusive use of the main memory, even though other processes are also running and using memory.

This is not the function of an I/O Device or Stack pointers. I/O Devices are used for communication between the computer and the outside world (like a mouse or keyboard), and Stack pointers are used within a program to keep track of the order of function calls.

So, the answer is c. Memory addressing hardware.

Question

The component that ensures a process can execute within its own address space is c. Memory addressing hardware.

Here's why:

Memory addressing hardware is a part of the computer's architecture that handles the management of memory. It allows each process in the system to have its own virtual address space. This means that each process can operate as if it has exclusive use of the main memory, even though other processes are also running and using memory.

This is not the function of an I/O Device or Stack pointers. I/O Devices are used for communication between the computer and the outside world (like a mouse or keyboard), and Stack pointers are used within a program to keep track of the order of function calls.

So, the answer is c. Memory addressing hardware.

Knowee AI · Accepted Answer

The component that ensures a process can execute within its own address space is c. Memory addressing hardware.

Here's why:

Memory addressing hardware is a part of the computer's architecture that handles the management of memory. It allows each process in the system to have its own virtual address space. This means that each process can operate as if it has exclusive use of the main memory, even though other processes are also running and using memory.

This is not the function of an I/O Device or Stack pointers. I/O Devices are used for communication between the computer and the outside world (like a mouse or keyboard), and Stack pointers are used within a program to keep track of the order of function calls.

So, the answer is c. Memory addressing hardware.

Which of the following components ensures that process can execute within its own address space?a.All of the aboveb.I/O Devicec.Memory addressing hardwared.Stack pointers

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