Cyberstrike2027

I did know all those, and the one's going the other way, I had to for my physics A-Level. But I can't now...well, not all of them....show's how well I did in physics XD giga/tera/peta/exa/zetaa/yotta/xona/weka/Vunda/Uda/Treda are acending lol walk into ur local PC retailers, "I'd like to buy a 4TrHz Pentium 317, with 8TrB of RAM, and a GeForce 56,800Uber gfx card. unless ATi have released their X900 yet? no? ok I'll go with the GeForce... lol

340,000,000,000,000,000,000,000,000,000,000,000,00 0
U V W X Y Z E P T G M K

we are made up of around 7 Xona-atoms lol

Hollowman8904

LOL Nice

xviosx

wait till amd comes out with that .13am process.... PHz

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BuCKetHeaD27

I wonder how many times you would have to peel a human hair to get your yoctometre

BRISKbaby

Too many. Also we'd never use measurements that small for length. Here's why:

An atom is about 0.1nm (nanometers) in diameter, (also called an angstrom because it's used so often). That's including the "electron cloud" or electron "shell". The nucleus is about 1/10,000th of that size and it's about a fm (femtometer). So you see there isn't much use in talking about sizes smaller than that because, as far as I know, nothing takes place on a scale that small. Also we'd have a hard time measuring anything that small since we use electrons atoms, x-rays and such to measure the distances.

We may end up using those measurements for units of time that small. Femtosecond lasers are commonly in use. I'm sure they're going to go smaller than that.

So I guess I gave you the roundabout on that one. Sorry.

money11465

.13um is also 130nm. Obvious, but I'd still like to point that out.