(2)10 = 1,024
For convenience, that quantity is referred to as "1 k", although
the label understates the quantity by 2.34%. (rounded)
1024b = 1mb = 1024mb = 1gb = 1024gb =1tb etc.
2GB x 1024MB = 2048MB 2048MB x 1024KB = 2097152KB2097152KB x 1024B = 2147483648B2147483648B x 8Bits= 17179869184Bits
Because 1024KB makes up 1 MB, and 1024B makes up 1KB etc. This is because , "computer language" is binary (0's and 1's) and thus the closest to 1000 that can be achieved in just one multiple (i.e. 10000000000 or 000000001000) is 1024.
Many! the conversion is like this: 1gb = 1024mb 1mb = 1024kb 1kb = 1024b
1 kb = 1024b 1 mb = 1024^2b 1 gb = 1024^3b so calculate it for 2 gb
1000 Tb = 1 Pb (Petabyte) Technically 1 Pb = 1024 Tb in the same way that: 1Tb = 1024Gb 1Gb = 1024Mb 1Mb = 1024Kb 1Kb = 1024b
1Mb is 1024kb, 1024x4= 4096kb if you want to deal in bytes, 1kb = 1024b, so 1mb is 1024bx1024b = 1048576b so 1Mb = 1024kb, or 1048576 bytes.
It is an amount of data. The kb stands for kilobytes. Then you get the smaller 'b' meaning bytes, bigger 'mb' meaning megabytes, 'gb' meaning gigabytes and 'tb' meaning terabytes. 1024b=1kb, 1024kb=1mb, 1024mb=1gb and 1024gb=1tb. So 6478019kb= roughly 6326mb = roughly 6.17gb
One byte is 8 bits. 1 kilobyte(kb) is 1024 bytes. Each increment in size is 1024 of the previous. smallest at the top byte kilobyte (1024b) megabyte (1024kb) gigabyte (1024mb) terabyte (1024gb) etc. in short yes GB is bigger than MB
none, about 0.1. 1TB = 1024GB 1GB = 1024MB 1MB = 1024kB 1kB = 1024B so if 1024MB = 1GB, 102.4MB = 0.1GB... and 123MB is something around 102.4MB. I hope my answer is clear enough ;) sorry, i was too lazy to count it...
1 bit is the smallest amount of information that can be stored 1/0 on/off 1n = 4 bits ( nibble ) 1b = 8 bits 1w = 16 bits 1lw =32 bits 1d = 64 bits 1f = 64 bits 1K = 1024b 1mb = 1024k (1024 * 1024) bytes 1gb = 1024mb Hope this helps
CD-RA CD-R (Compact Disc-Recordable) is a variation of the Compact Disc invented by Philips and Sony. CD-R is a Write Once, Read Many optical medium (though the whole disk does not have to be entirely written in the same session) and retains a high level of compatibility with standard CD readers (unlike CD-RW which can be rewritten but has much lower compatibility and the discs are considerably more expensive). Some people jokingly refer to these media as CD-PROM since they are the optical analogy to Programmable read-only memory.Example:Philips Optical Worm 12gb 12in 1024b/s (LM6000) Media