That is the physical memory, there is swap memory that used harddisks and bunches of other memory types.
A computer memory RAM stands for Random Access Memory. It denotes a primary memory for the computer system. RAM works when we type or do a job or an event which is not saved yet. RAM can not exist otherwise it is saved in the hard drive in the computer. Therefore, whenever there is an interruption in electricity the memory is lost. Now a days, modern operating systems has the auto recovery systems to recover the unsaved memory known as cache memory.
You should never keep a credit card neat a magnet because that black strip at the bottom of the card is actually a sort of memory like in a computer chip. The magnet makes all this memory wipe to either become 1 or 0(depending on the direction). Also, if you are using a card with a swipe chip, this will also be wiped.
Modern processors have two bus types: the front-side bus and the back-side bus. The back-side bus is where your cache memory lives. Cache is a very small amount of very fast memory--just a couple of megabytes. It's on a separate bus because if the CPU was making cache requests along the same bus as it was making main-memory requests, it would slow the cache down so much that having it would be pointless. It's as small as it is because (1) it's expensive as hell, (2) it generates a lot of heat, and (3) nowadays, they put a lot of it in the processor itself and they don't want the processor to be the size of a Buick. The front-side bus is where your main memory lives. (This is also the bus the computer uses to talk to the video card, hard drive, modem and all the other things your computer is running, but that's not important now.) You know when you look at a computer ad, it says "This computer has 512MB RAM!" That's main memory. It's sitting on the front-side bus. And the faster that bus runs (it hasn't run at processor speed in decades) the faster your memory calls run and the faster your computer goes. Fast is good. The bus is rated in megahertz, same as your computer used to be before they started selling GHz PCs, and 800MHz is a very fast one.
In computing, a physical address, also real address or binary address, is the memory address that is electronically presented on a computer address bus circuitry in order to enable the data bus to access a particular storage cell of main memory.
Tempurpedic You can also look at their website for demonstrations of this too. Latex is actually a close second and doesn't have all the problems associated with memory foam.
for the test you and i are taking lol the answer is Physical
physical memory
When the computer starts to present loss of memory or becoming forgetful. 2 to 4 GB is a good amount of memory for any computer.
Many of the memory manufacturer websites have tools which will scan your computer and let you know how many memory modules and the size which are installed. There are also programs which you can download which will tell you the same thing. The other option is to open your computer and determine the number of memory modules that are installed, normally the memory modules will all be the same size. To ensure the size of the memory modules you should remove them and read the labels.
You add more memory, or you replace the memory with larger modules.
it won't switch on.
There are many different types of memory modules, a more specific question is needed to supply a decent answer. Also the amount of memory in a normal home computer has a limit of between 2 and 4Gb
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DIMM stands for dual inline memory module
RAM (Random Access Memory), SIMMs (Single Inline Memory Modules), DImms (Dual Inline Memory Modules), RIMMs (Rambus Inline Memory Modules).
A computer's RAM can only be increased by installing more memory modules. For a computer that already has the maximum allowed amount, one can improve performance by running fewer programs at the same time.
The computer totals up the amount of memory installed, so it has a total of 4gb spread over 2 memory sticks, which makes each RAM card 2gb.