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Virtual Memory can extend the memory available to programs when the chip-type memory is limited. Windows prefers to have Virtual memory, a lot of games are written to use more virtual memory in an attempt to save you RAM.
Every computer has some amount of Random Access Memory (RAM). These high-speed chips store the code for running programs and send information to the Central Processing Unit (CPU) as needed. The more memory in a computer, the more programs it can run simultaneously without experiencing degraded performance. If you find that the speed of your Toshiba laptop decreases when you are multitasking with several applications, upgrade the memory to resolve the issue.
You may keep memory allocated if you do not and that may cause applications to write to forbidden areas of memory causing a crash.
Random access memory, or RAM, is temporary data stored during the computer's "running time." It is constantly being deleted and changed as more data comes in and goes as programs and applications are opened and closed. RAM works as a temporary storage that applications and programs work off of. For example, gaming. Hope this helps.
Gheith A. Abandah has written: 'Tools for characterizing distributed shared memory applications' -- subject(s): Distributed shared memory, Evaluation, Design, Computer programs
Under PalmOS, applications that are installed in RAM get run directly from there. Applications stored on a memory card are copied into RAM by the OS, then are run as a RAM application would.
A: all computers are created equal the difference is the applications. It will be unproductive to have games in a business computer or to have limited memory
Anti-virus / security software Programs that try to access memory directly Installers for drivers
An important application of ROMs is Microprogramming. Other potential applications include • Library subroutines for frequently wanted functions • System programs • Function tables
Random Access Memory: A form of volatile memory that acts as the central storage for data and instructions.
Without memory management, programs would end up writing over their own data or other programs' data, usually because developers would have to make assumptions about what is stored in memory. Modern operating systems reduce the possibility of applications interfering with other programs, via Data Execution Prevention and hardware-based Virtual Memory, but it still cannot prevent bugs where an application accesses its own memory incorrectly and corrupts its own data. A solid memory management approach is necessary so that programs do not "lose" data (called a memory leak), or corrupt their data (possibly causing a fatal crash, loss of data, or other serious conditions).
well you will remember to check for answers to your question, that is the use of memory.AnswerIn computers, open programs are stored in RAM, Random-access memory. The more RAM available, the more applications you can have running at once, without making the computer slow down.