Computers

Contact the MFG and get a new button.

People would spend more time talking to each other and getting to know one another like they used to.

This computer has a slightly longer than average battery life, but the graphics and processing speed will pale in comparison to a larger notebook or desktop. It is a sturdy business machine, and that's exactly what it was intended to be.

write two lines about cpu

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British Computer Society was created in 1957.

It is a good start. I would recommend at least 8. You would want to keep your RAM sockets full if you can, if your board has quad channel memory support. That can be the difference between a WEI of 7.8 and 7.9 in Windows 7. Also, to help in games, I'd disable as many nonessential Windows services as I could. That can free up memory and CPU cycles. Something else to consider if you are running demanding games is your video card and the amount of RAM it has, That way, the card can store more of the textures and not need to share system RAM.

No-too many bytes to be made :)

While the PC is plugged into the mains, the clock chip on the motherboard keeps the clock 'ticking over' (excuse the pun !) to keep the correct time. If the mains is switched off, the clock's power is supplied by a small battery - like a large watch battery (button cell). The button cell needs to be replaced periodically (usually about every 5 years).

J.C.R. Licklider

Disk defragmentation.

bats, mats, cats, chats, that's, pats, brats, splats, hmm there should be more.

try going on www.rhymezone.com

Essentially every car built in the last 10 or 15 years has some kind of computer in it, whether it's a few chips to control the emissions equipment or a full-blown system to monitor the car's performance and safety features. P.S. I modified the question to make it more searchable by removing the apostrophe from "car's". An apostrophe is used for the possessive form of nearly all words and almost never for plurals.

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Try this link:-http://webdesign.about.com/od/advancedcss/a/aa122801a.htm

take a pen and use dc->LineTo(point).

What do you mean by "safe"?

Well, the c drive is usually the first hard disk drive (hard drive for short) in your computer, with d, e, and f being additional hard drives, or at least spaces that if used all at once would lead to an f drive. As for the a and b drives, they are reserved for floppy disk drives, or floppies for short. The C drive is what came with your computer. It is the default drive where all of your system info, & programs. The D drive could be a "partition" which is still on the C drive, but set up as a separate drive. The CD-ROM is usually labeled as the D drive. The F drive could be a memory stick(or other storage media)

that is in a USB port. Drives D, E, F, G, and so on could also be additional hard drives that have been installed on your computer.

It depends what iPod it is, if it is a nano or classic you just go to settings on the menu and click restore to factory setting, if it is a touch or iPhone like mine, u just need to keep re plugging it in and select on itunes to say when iPod connects itunes popped up, i had the same problem, another way is once it is plugged in to go to itunes and select restore, it restores iPod so u can re sync it, that's it really

The syntax of an operator is how it is used in an expression, i.e., how it looks. The semantics of an operator are what it does, how it works, and what side-effects it has.

Syntactically, "+" is written as "A + B"; semantically, it returns the sum of its operands.

It might be a good idea to use flow diagrams, identify business processes, model human-computer interactions, etc. before writing a computer program.

But it's not absolutely necessary.
Lots of people sit down at a keyboard and make changes to a program -- or write entirely new programs -- without doing any of that stuff.

It has to do with the way computers are built at their core. At the base level it all comes down to on or off. Binary is perfect for that. 0 = off, 1 = on.

Read, learn. A person who learns to think is seldom bored.

I think it depends on what purpose the computer will be used. Mainframes are designed to non-stop operation, that is, built to be available almost 100% of the time. Super computers are designed to be fast, usually scientific applications, very complicated math calculations, so that they have specific processors for these tasks.