There are 1,024 kilobytes (KB) in one megabyte (MB)
1024 kilobyte
100
1024 kb
1024.
128
There are 1024 kilobits in a megabit, so 384 kbps divided by 1024 equals .375 mbps.
The speed of a modem is determined by the number of kilobits or megabits per second it can transmit and receive.
In computing, 3 kb means 3 kilobits, or approximately 3,000 bits. More precisely, 1 kb is 1024 bits and not 1000 bits because of the way in which computer use binary to store data. So, 3 kb is 3096 bits of data. It's an amount of data. You can divide the number of bits by 8 to determine the number of bytes of storage. Many people write kb when they really mean to write kB. kB means kilobytes. Also some people make the mistake of writing kb when they really mean kbps, or kilobits per second, which is a rate of transferring data.
1,000,000/1,000 = 10001 kbps = one thousand bits per second1 mbps = one million bits per second
157184 kilobytes (KB) is the same as157.184 megabytes (MB) is the same as0.157184 gigabytes (GB) or a bit over 1/6 of a GBAlso, be aware that there is a difference between kilobytes (KB or KB/second) and kilobits (kb and kbps).
1000 kilobits per second is equal to 1 megabit per second
Kilobits = one thousand bits per second transmitted Megabit = one million bits per second transmitted
There are two (or three) schools of thought on this. In base 2 (binary) there are 1024 bits in a kilobit, and 1024 kilobits in a megabit. So in that case you would divide by 1024 to convert kilobit to megabit. Most often, especially in the media and common use of the public, you see base 10 (decimal) where 1 megabit = 1000 kilobit. This is not preferred, but its very common. In that case you would divide by 1000 to convert kilobit to megabit.
The units are wrong. A megabyte is a 1000 kilobytes, and a megabit is 1000 kilobits. So 1/1000 of a megabit is a kilobit. As a unit gets larger for the same amount, the decimal point gets moved further to the left. Now, if you mean the older terminology when everything was based on 1024, that was all given new prefixes. So a mebibyte is 1024 kibibytes, thus a kibibyte is 1/1024 of a mebibyte.
One megabyte is equal to 8,000 kilobits.
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There are 160,000 kilobits (Kb) in 20,000 kilobytes (KB)
125000 bytes Wrong. 1MB has 1048576 bytes.
A megabyte is 8 times bigger than a megabit. 8 bits = 1 byte.
Depending on the convention used, 1 gigabit is either 1,048,576 kilobits, or it is 1,000,000 kilobits. The latter definition is the official one, and is used far more often.
512kilobits = 0.5megabits
1024 bytes in one kilobyte 4bit = 1 byte Therefore on kilobit = 1024/4 = 256 bytes