I'm not sure I understand your question ?
User Space is the memory area where all the user mode applications run. Kernel space is the area reserved for kernel use. For some Operating Systems kernel space is never swapped out. Each user space process normally runs in its own virtual memory space, and, unless explicitly requested, cannot access the memory of other processes.
Memory in a computer system is controlled by the memory management unit (MMU), which is responsible for allocating and managing memory resources. The operating system uses the MMU to track and organize memory usage, ensuring that different processes and applications are allocated the appropriate amount of memory needed to function efficiently.
crtl-alt-delete Task manager Applications tab and Processes tab will show you what's running.
In Windows XP, press Ctrl + Alt + Del. There are separate tabs for Applications, Processes and Performance.
Task Manager
Processes
processes
processes
Processes are dictated by the operating system, not the processor. Depending on the applications you are running and the amount of memory you have, you can probably get a couple thousand running.
The Wechsler Memory Scale measures different aspects of an individual's memory, including immediate and delayed recall of verbal and visual information, visual working memory, and visual recognition. It provides scores that assess an individual's memory function relative to others in their age group.
kernel:It maintains all important abstractions of the operating system,such as processes and virtual memory. System libraries:It defines a standard set of functions through which applications can interact with the kernel and which implements much of the OS functionality. System utilities ````
A process may occupy different partitions which means different absolute memory locations during execution (from swapping)Compaction will also cause a program to occupy a different partition which means different absolute memory locations
A process may occupy different partitions which means different absolute memory locations during execution (from swapping) Compaction will also cause a program to occupy a different partition which means different absolute memory locations