RAM is cleared on a PC when the unit is powered off.
A frame buffer temporarily stores an entire image frame for image or video capture applications. Here, 'buffer' implies 'temporary memory'. 'Random access' means that an interfacing microprocessor or other electronic component can read from ('access') arbitrary ('random') memory locations. Given that this is in the context of a frame buffer, that means you could read the first pixel, then the pixel on the 10th row and 9th col, then the last pixel, or any order desired. This is in contrast to 'sequential access', which only allows reading consecutive memory locations (ie read pixel1, then pixel 2, pixel3, ...). Hopefully it is clear that random access allows for more control and is necessary for image processing operations. On the other hand, sequential access gives less control, but is sufficient for transferring an image frame to memory or from camera to LCD display. To be clear, 'random' here means 'arbitrary', and is also used to describe the general-purpose random access memory (RAM) in PCs.
Your question is not very clear but do you mean "what determines the speed of a laptop?" Well the speed of a laptop varies just like a desktop depending mostly on the processor and how much RAM (random access memory) it has.
Whatever do you mean with "clearing the RAM"? - RAM memory is cleared every time you turn the computer off.
To clear memory card,you could format the memory card or put in your laptop and delete it
When you turn it off, all memory is lost. You usually end up with pseudo-random patters. To actively clear all mem would require a machine language program ... which would be wiped in the process.
Yes the cache memory is a static memory because if the static memory if we want to clear the memory the memory was clear because of this property it is static memory.
To have the Clear-Out-Sale in Lilycove Mall, you have to beat the Elite Four at least once, and from then it's a random event. Be aware that there are other random events like it and you have to wait a while to get it. P.S Check houses in people's homes to see when the sale is.
What do you mean? Do you mean temporary files/cookies. If you do you go on internet explorer and click on safety and clear internet history
Windows handles the virtual memory and there really isn't a way to clear it. Virtual memory is stored on the hard drive. It basically uses your hard drive as more RAM. You can't clear virtual memory any more than you can clear your RAM. It is possible to set the size of the virtual memory that Windows can create. This is done (if you have XP) through the control panel -> System -> Advanced -> Performance Settings -> Advanced -> Virtual Memory Change (other OSs will have it in roughly the same place). As you can see it isn't easy to find, because changing it can result in very bad things. If you make it too small, you system may crash when it runs out of physical RAM. Too large and you waste hard drive space. It's usually 1.5G, or smaller for older systems. Personally, I would just leave it alone. Windows only uses virtual memory as a last resort, and usually picks a reasonable size.
Go to www.oshishtech.com They have step by step directions on how to clear your sidekick memory and also a very good guide on clearing your blackberry memory.
There are 2 types of memory on a computer. The Random Access Memory or RAM is like the workspace you do things on. The other type of memory is the Hard Disk or HD is like a storage room where everything you will need is put away until you need it. RAM is cleared every time you re start the computer or the computer is shut down/ turned off. The Hard Disk lasts for many years and if you what to clear that you will loose everything on the hard disk. That clearing is done by using the install disk to reformat or completely erase the hard disk
A restarting of the computer will completely clear the random memory (RAM) whereas just logging off will mostly clear the RAM. From a performance aspect, restart is better than logoff. If you're concerned about security, both are equal.