how many GB's will be consumed by a system working for 1 continous hour with bandwidth of 256 Kbps?
447833
if you use the full bandwidth i.e 256kbps for 1 hour then you will consume 0.109863 GB or 112.5 MB.
355347
1024 bytes = 1KB\n1024 KB = 1 MB\n\nso it should hold max 3019 records, max.
835641
ok you only want the system to surf the net, i pressume you will at some point want to watch video files?\nso you want a system with a minimum 512MB 333mhz or faster (higher numbered) DDR or DDRII RAM(Minimum).\nprocessor speed of 1.8GHz (1800Mhz) is a little slow but will work adequetly (i built a system for a neighbour with similer requirements to yours)\nas much cach level 1 and level 2 as possible (the higher the number the better)\n\nfor your needs as a beginer 120GB (unformatted) 111GB approx (formatted) should be a good starting point, however make sure the hard drive RPM is above 7200RPM and if the system has SATA capability even if the system has no sata drive installed will enable you to upgrade to larger hard drives (although you can upgrade your primary drive) SATA transfers faster than PATA/UDMA/IDE drives of the same size and RPM.\n\nif you can make sure the System has seagate brand hard drive(s) as this brand is the most reliable you can get.\nyou should also check the systems PSU (Power Supply Unit) as most budget systems come with only around a 350 to 400W this will in the short term be ok your system may (if you get the right PSU) work faster and with a greater level of system stability with a much larger PSU for example in my primary system i have a 650W PSU but then i'm running 7 internal hard drives, 1 DVD burner, floppy multiple PCI cards, AGP graphics card, AMD Sempron 3400 CPU.\n\nyour current system at 240MB? that sounds a little problem? as memory is normaly in multiples such as 128MB, 256MB, 512MB, 1024MB (1GB), and buffered or unbuffered you should never mix buffered and unbuffered in the same system or your system will become unstable.\nremember when you get your new system you should be able to install the old hard drive in the new system for ease of accessing your old personal data.\n\nif you were local to me i could possibly provide better assistance such as either browsing the stores with you or buying the components and assembling the system yourself.\nremember that if you do build a new computer and scrap your old one you can get away with using your old software, some of your old hardware such as your display panel keyboard and mouse etc.\nthe only think you would realy need to buy would be new main board, CPU, RAM, and possibly a new hard drive. you then just scrap your old system components. which means if money is tight why buy a complete new system if you only need the new components, by buying and building selectively you can get more for your money effectively. however unless you know what you are doing you could fry the componets as they are electostaticaly sensetive, so you need to ground yourself with a wrist strap or other device when building your system remeber to ground to any properly earthed such as a cable connected to bare copper on a central heating system or other similar instalation.
356325
megahertz and gigahertz. More computer space available for storage.
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)
939188
256 is what is showing
64020
well if you need it just for the applications that you wrote about any speed over 1GZ would be more than ennough,however you should keep in mind that these programs in their new versions require more and more resources so my advice is to go for at least 1.5 GZ and something like 256 or 512 RAM and at least 10 GB hard drive. I hope i helped you.
685813
In computer parlance, \n\n1 Gigabyte equals:\n\n 8,589,934,592 bits\n 1,073,741,824 bytes\n 1,048,576 Kilobytes\n 1,024   Megabytes\n\nI'm sure you must be all confused with some saying 1000 and some saying 1024.  Hence I suggest you go to the following site, where there is a table which will explain this to you in very simple terms and that, indeed 1GB = 1024 MB
98166
Okay, home computers come up to 1 terabyte of storage if you would like, are capable of having 2gb of RAM, two video cards with 1gb of ram each, the possibilites are endless, and your question is too vague.  But you're probly still looking for the "any" key, aren't you?
766586
15728640KB's are in 15GB's. The equation above is incorrect.
1130105
Infinity... the more the merrier at the workplace\n\nFor example, Yahoo (the entire portal, including Y!A) accumulates 10 terabytes every single day. Google's and Microsoft's data farms are in petabytes. Same goes for Tax Office, Walmart and Federal Express and many other web-, customer-, financial, transaction-oriented companies.\n\nHave you heard of Moore's law? I think it basically says cpu processing speed will double every 1.5 years. But its exponential growth has seemed to slow down.\n\nBut not growth of data at commercial and government level, because data storage is getting cheaper per unit gigabyte, collection of data for competitive advantage, and maturity of data mining algorithms is requiring need for larger disk space.\n\nFor the average user at home, at this stage, 80-100 gigabytes is enough to store some DVDs, pictures, backup of office work, and music.
1106387
1 giga bytes is 1000 mege bytes
660413
115,200 bits per second
939264
anywhere from 256MB to 1024MB it all depends on what game
530776
it depends on the motheroard the you are using.\n\nand in the world maximum mem, i dont know, i guess 4 Gigs
289392
1. 64 MB\n2. X86, 150 MHz\n3. http://www.webopedia.com/TERM/I/IRQ.html
739739
kilobytes played per seconed kbs