Computer Memory

It will fit, whether it works or not is a different story... If it's desktop memory, it might work, but it will be slower than it is supposed to be, if it's server memory... well... they are really picky...

no. do you?

Yes, you can transfer the pictures from the memory card to a computer. Then transfer from the computer to the phone using the usb data cable that came with the phone. If you do not want to do that, you can take the memory card (not the sim card) out of the phone, find an adapter and connect it to your computer directly. Then transfer files.

2GB are bigger than 16MB.

86.60 megabytes=

.0000000866 Petabytes

.0000866 Terabytes

.0866 Gigabytes

86600 kilobytes

86600000 bytes

There are 25,000 kilobytes in 25 megabytes.

Synchronous

2147483648 bytes

bit from port o to 3

Well, using a computer won't automatically use either RAM or hard drive space. It really just depends on what you download in respect to HDD space, and as for RAM, that's completely reusable.

Now, if you're talking about the 5gb cap on most mobile broadband cards, that will get you an AVERAGE of about 10,000 pageloads. Playing games or streaming music/video will eat straight through that limit in a few hours, however. And most major providers charge pretty large overage fees, based on the MB over the limit.

The amount of RAM has nothing to do with the size of your hard drive.

bool F1(int byte,int pos)

{

return(byte & 1<<pos)

}

//pos -> position in the field

// say byte is b1011 and pos is 2 then it will return value 0

There are a lot of aspects to this question. Are you asking from a software point of view, or a hardware? If hardware are you interested in is RAM, then the bits are stored as capacitance, and the address is put to the outside of the circuit, and the data comes out of the circuit as highs and lows on other lines. Please try to be more specific about what you want to know.

(example: my School PC is the slower computer (we are formatting my HDD on there)

i go home and put that Formatted HDD into my faster computer) my teacher said that it will effect how my OS runs since it was installed on a slower computer. Is that true?

--- Improved answer by gbaughma ---

Well, first of all, if you install an OS on a hard drive, then pull that hard drive out and put it in another computer, it probably will not boot and run properly.

Part of the OS installation (on today's operating systems) is determining what hardware is installed and installing the drivers for that hardware. Pulling the hard drive out and putting it in another computer would confuse the OS, and it would probably blue-screen on you.

Meanwhile... just formatting a hard drive on one computer and moving it to another computer will not effect the speed of the new computer.

** Caveat to this statement ***

On older systems, where interleave was calculated when formatting the hard drives, taking that drive out and putting it in a computer that could handle a smaller interleave would cause a performance issue. However, that is not the case any more, since IDE (Internal Drive Electronics) and SATA drives handle all of that onboard now, and it's not handled by the computer and external hard drive controller any more.

Anyway... long story short... your teacher is incorrect. Formatting a hard drive on a "slower" computer and putting that hard drive in a faster computer will not affect the performance.

--gbaughma

A+ Instructor (among a bunch of other certifications)

As computers have developed so have the "processing speed" of the machine and the ability of processor to use ram and hard -drive space to up/down load huge amounts of information at anyone time. The hard drives of machines are now used to store and retrive during the normal dtat processing time - The Hard drive no longer just acts as a store which can allow you to load in on demand only, it now is more active because of the use of virtual memory

In a 32-bit word, the decimal value 3 has hex value 0x00000003. Laid out in memory in a little-endian computer, it is 0x03, 0x00, 0x00, 0x00. If you move that to a big-endian computer without reversing the byte order, you get 0x03000000, which is decimal 50,331,648. The correct big-endian representation should have been 0x00, 0x00, 0x00, 0x03.

To answer this question adequately, one must understand that information (on "computer chips", such as RAM, anyways) is kept using electrical charges, which are usually held in place by a battery of some sort. RAM does not have a battery, so it can only keep information until you turn off and/or unplug the computer. Also, since RAM is somewhat limited in size, it can only keep information until it is overwritten with new information. So if you do not turn off your computer, the time which it takes for the information on RAM to be overwritten (removed) will depend on A:the time you leave your computer on,
B:your operating system (and the amount of background activity associated with it)
C:how much stuff you do on your computer in any given time,
and
D: the amount of RAM you have in your computer.

It depends if you are using base 2 numbering like a computer or base 10 numbering like hard drive manufacturers. In base 10, 2 GB is 2000 MB. In base 2, 2 GB is 2048 MB.

I don't know what is magnetic tape..if any body knows than let him enjoy

"k" or "kb"means Kilobytes,a type of unit to measure how much memory is held,used,treated,or deleted. 1024 Kilobytes, in binary measurement, is equal to one megabyte (Mb).

here is one for 74.99 http://www.colordrives.com/radeon-9800xt-agp.html or here is one for $30: http://www.google.com/products/catalog?q=8x+agp+video+adapter+cards+256&oe=utf-8&rls=org.mozilla:en-US:official&client=firefox-a&um=1&ie=UTF-8&cid=18408487639380201750&ei=b_rLSr7uOIbuswP_qrSSAQ&sa=X&oi=product_catalog_result&ct=result&resnum=5#ps-sellers

No, the slots for DDR2 RAM is different from the DDR RAM. You cannot use DDR RAM with DDR2 slot.

supplied by webopedia.com

Short for Synchronous DRAM, a type of DRAM that can run at much higher clock speeds than conventional memory. SDRAM actually synchronizes itself with the CPU's bus and is capable of running at 133 MHz, about three times faster than conventional FPM RAM, and about twice as fast EDO DRAM and BEDO DRAM. SDRAM is replacing EDO DRAM in many newer computers.

SDRAM is a variant of DRAM in which the memory speed is synchronized with the clock pulse from the CPU.

This synchronization enables the SDRAM to pipeline read and write requests. Pipelining enables the SDRAM to accept commands at the same time as it is processing other commands.

There are three variants of SDRAM:

Single Data Rate SDRAM - SDR SDRAM

Dual Data Rate SDRAM - DDR SDRAM