140,000,000 bytes is how big in GB? Thank you?
97136
140,000,000.00 byte = 0.14 GB
1106387
1 giga bytes is 1000 mege bytes
139922
Gigabytes (GB) are the lagrest, followed by megabytes (MB) and killabytes (KB).  Roughly 1,000 KB are in 1 MB, and roughly 1,000 MB are in 1 GB.  The next one up is a terrabyte (1,000 GB), but it's not really catching on yet.
68292
1 GB is equal to 1,073,741,824 bytes\n-------------------\n1 KB is equal to 1024 bytes\n1 MB is 1024 * 1024 = 1048576\n1 GB is equal to 1048576 * 1024\nand so on...
58661
Nope --- MB is bigger than KB
180608
512 MB. I find that satisfactory. :)
945892
Although in the strict sense of the term, 1000 megas would equal one giga, in the computer world, since everything works on the binary system, things are a tad askew.  Kilo is 1024 instead of 1000 (because 1024 is a binary, or base 2, number... 2 raised to the 10th power to be exact).\n\nSo 1024 bytes = 1 kilobyte\n1024 kilobytes = 1 megabyte\n1024 megabytes = 1 gigabyte\n1024 gigabytes = 1 terrabyte\n\netc.\n\nHope this helps!
428642
1024 bytes in a kilobyte\n1024 Kilobytes in a megabyte\n1024 megabytes in a gigabyte\n1024 gigabyte in a terrabyte\n\nEDIT: Added the 24 based on the following answer. I had forgotten about that. (Thanks Michael)
457711
1000kb to a mb and 1000mb to a gb
1147427
1GB = 1024MB As simple as that. NOT a 1000!!
1033144
I would imagine this kind of information is confidential to Yahoo! But I think it would be in the Petabyte range..\n\nPerhaps 10 Petabytes?\n\n(1 petabyte = 1024 Terrabytes)
1135398
Hands up how many people here have used all of their 1gb allowance?\nOh good none of you\n\nI'd be surprised if I've actually used more than 20mb of mine. I remember when YM was initially only 1mb (and Hotmail's big selling point is that it offered TWO mb!)... then 5, and 11.... and stayed at 11 for donkeys years before suddenly jumping, after the arrival of the dreaded GMail.\n\nIt's known as a quota system, where you don't actually have a fixed space on the disc, your stuff just all goes into a folder or an archive file that's part of a big distributed storage array. They may offer you a maximum of 1gb, but the discs they buy and the average space allocation per user is based on some statistical analysis to give a rough guessimate predicition of what a typical person might burn through in a year. Call it 20mb, with some people using a few hundred megs, others barely making it to one. Your space requirements have now been slashed by a factor of fifty and you can get 25,000 users into one of those mammoth hard discs.\n\nThey could, theoretically speaking, offer you nearly unlimited storage (certainly several terabytes out of the *enormous* total) and still have a workable system.... if everyone was honest. The 1Gb limit is to stop the usual conceptual Handful Of Miscreants abusing it and leaving no space for anyone else.\n\nBesides, and especially in business terms, storage space is dirt cheap these days. How else would I be able to buy a brand new 20gb mp3 player for £90? A server spec hard disc of about 75gb (high-speed ones like that are smaller for some reason) is only about £50 these days. If, once again, you assume that to be about 3750 people, that's not even 2p per user. They can make that back with a couple of banner ads that the user sees on logging in. Job's a goodun.\n\n(Same reason, really, that Google can offer their "Maps" and "Earth" services, or any online seach engine such as Yahoo can work these days... if you have even a comparitively paltry ten grand to blow (might have got you, in the early 90s, the storage space represented now by a couple of Blu-Ray discs) you can afford such a mass of hard drive space, and the rather simple fileservers to manage it, that satellite mapping the entire planet at 10 centimetre resolution becomes more of an administrative than a technical problem)
112990
C'mon don't anybody say 1000 again. its 1024.\n\nBytes in 1KB = 1024\nKB's in 1MB = 1024\nMB's in 1GB = 1024\nGB's in 1TB = 1024\n\nI stand subject to correction for the following:\nTB's in 1 PB = 1024\nPB's in 1 EB = 1024\nEB's in 1 ZB = 1024\nZB's in 1 YB = 1024\n\n(Tera, Peta, Exa, Zetta, Yotta)
875194
never heard of those. but if you mean how  many kilobytes are in a megabyte the answer is 1000
298732
http://www.yousendit.com/\n\nUp to 1GB!\n\nThat's it!\n\nOne giga bytes!
290645
1GB=1,000,000,000 (a billion bytes)\n\n1MB = 1,000,000 (a million bytes)\n\n0.4 GB = 0,400,000,000 bytes\n\nTherefore, 0.4GB ==> 400 MB
23800
A gigabyte is roughly 1 billion bytes.  A byte is roughly equivalent to one letter.  (2 bytes are used for more complex character sets like chinese).\n\nIf you think of a computer as a desk, the memory is the size of the desktop.  The number of things that you can work on is limited by the size of that desk.  The hard drive is like the drawers.  That's where you store information that you are not currently working with.\n\nMemory takes the form of microchips in your computer.  THey are very fast but don't hold very much and require power to work.  A hard drive is very much like a cassette tape.  You need power to record and play but the information stays on the drive when the machine is turned off.  Hard drives are much slower than memory chips, but also much cheaper per gigabyte, which is why computers have both.