How does swap space work?
Can you please explain to me, in simple terms, how swap space functions in a computer system? I'm trying to grasp the concept of how it supplements RAM when memory is running low. Is it essentially a way for the computer to temporarily store data that can't be held in RAM onto a hard drive or SSD? And how does the process of swapping data back and forth between RAM and swap space affect system performance? Additionally, is there a recommended amount of swap space that should be allocated for optimal system functioning?
What is swap space used for?
Can you please explain what swap space is used for in the context of computer systems and operating environments? I'm curious to know how it functions as a vital component in managing memory resources and how it contributes to the overall performance and stability of a system when physical memory becomes scarce. Understanding its purpose and operation would help me grasp the intricacies of memory management better.