That depends on the speed at which you're connected. For example:
If you're on a fast dial-up modem - 56 kilobits per second - that gives you about five kilobytes per second. One gigabyte is 1024 megabytes, and one megabyte is 1024 kilobytes, so it would take (1024 * 1024) / 5 seconds to spend it on a good dial-up connection. That's a little over two hundred thousand seconds, or about fifty-eight hours.
If on the other hand you're using a high-bandwidth DSL line, that gigabyte could be transferred in a matter of seconds or minutes.
The catch is, when you're using the internet, most of your time is not spent downloading large quantities of data. A moderately large web page might be one or two hundred kilobytes, in which case you'd need to go through about five thousand to ten thousand such web pages before using up a gigabyte.
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That varies a lot, depending on your browsing habits - how long you stay on a page, whether you view movies or high-quality photographs, etc. If you have a fast connection, a gigabyte - or several - can be used up rather quickly; if you pay per GB, this can be a problem. It would usually be preferable to have an unlimited plan, even if it offers a slower connection speed.
The two are not direclty related. GB (with an uppercase "B") would be "gigabyte"; that's a unit of storage space, Gb (lowercase "b") would be "gigabit" - another unit of storage, but 8 times smaller than the first. On the other hand, mbps (megabit per second) is a unit of bandwidth - how fast data is transferred.
There are 0.06 gb in 60000 KB. GB stands for gigabytes while KB are the initials used for kilobytes which are units of measuring data.
In the context of data storage, 1 gigabyte (GB) is equal to 1,073,741,824 bytes. Since each byte is a single unit of data, there are a total of 10,737,418,240 bytes in 10 GB. To determine the number of zeros in 10 GB, we need to count the number of zeros in this total byte value, which is 3 zeros.
"ter" 1 tera-thing = 1,000 giga-things.