All data processing and execution takes place within the memory module(s). The program's directions are replicated into memory from a hard drive, external drive or from a network. The processor then extracts the directions from the memory and puts it into the circuit for analysis and execution.
Memory is so important that it cannot be wasted. RAM is allocated by the operating system and programs, and then released when not needed. Errant applications can grip RAM and not release it, which results in a diminishing amount of memory available as you load and use more programs.
If you could actually look into memory, you would be astonished. By watching how much and how quick data and commands are written in and out of it each day, you would realize it is a marvel that it works so well!
Memory is so important that it cannot be wasted. RAM is allocated by the operating system and programs, and then released when not needed. Errant applications can grip RAM and not release it, which results in a diminishing amount of memory available as you load and use more programs.
If you could actually look into memory, you would be astonished. By watching how much and how quick data and commands are written in and out of it each day, you would realize it is a marvel that it works so well!
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