2.1 There's 1,024 KB in each MB. (close enough to 1,000)
32000000 Bytes / 1024 = 31250 KBytes 31250 KBytes / 1024 = 30.5 MBytes30.5 MBytes / 1024 = 0.02978515625 ... Gigabytes
One hundred kelo bytes are equal to one mega bytes.
419 594.24 kilobytes == 1 KByte = 1024 Bytes 1 MByte = 1024 KBytes
the equivalent of the capacity 250 Megabytes in Kilobyte (derived from the SI prefix "kilo-", meaning 1,000), the unit of digital information storage equal to either 1,000 bytes (10) or 1,024 bytes (2), depending on contexts?
The most common ones most people are familiar with were 1.44MB, but there were many sizes of "floppy disk" from about a hundred kilobytes to a couple hundred megabytes. Nowadays, the answer is 1.44 for a double sided high density 3.5" floppy disk. This answer is quite different for other types of floppy disks. There are single sided, double sided, single density, double density, high density , 5.25", 3.5", and 8" floppy disks just to name a few of the many, MANY variations. * low density capacity: 360 kbytes * hi density capacity : 720 kbytes * double hi density: 1.44 megabytes There are other (rare) formats that can hold more.
A 63-minute CD could hold about 551mb.
The problem with that question is how long is each song, and at what bitrate are the songs encoded at. The higher bitrate a song is encoder in, the higher quality it will sound, but the fewer of them you will be able to fit in that limited space. Let's assume you encode the audio at 128 kbps, and that there are no additional file system overhead (there most certainly will be, but just for example...). 128 kbps = ( 128,000 bits / sec ) * ( 1 byte / 8 bits ) = ( 16,000 bits / sec ) * ( 1 kbytes / 1024 bytes ) = ( 15.625 kbytes / sec ) ( 1 GB ) * ( 1024 MB / GB ) * ( 1024 KB / MB ) = ( 1,048,576 kbytes ) ( 1,048,576 kbytes ) / ( 15.625 kbytes / sec ) ~ 67,000 seconds of audio Let's assume each song is 3.5 minutes long (210 seconds) that's about 320 songs. You won't likely see that many because of file system overhead, and most songs are not exactly 3.5 minutes long....
4mb unformatted, 2.88mb formatted (depending on format, of course). Toshiba made a model PMF-2ED "4MB Extra High Density" also marked "ED". Here is a picture of one: http://www.zimmers.net/tmpsampleeddisk.jpg (I'm fixing to auction 110 of them, so I googled around to find out how common they were).
.89 GB roughly
It is: MMCXVII = 2117
No Mega means million, Giga is one thousand times bigger. (miljard or billion depending on which side of the Atlantic you are on)
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