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How many hours are equivalent to 2 gigabytes?
How many hours of WHAT? For a decent quality MP3, you can estimate 1 megabyte for every minute, and a gigabyte is 1024 megabyte. The storage space required may vary a lot, though, depending on the quality. Movies/videos take up more space, if they are of high quality.
Is F sharp the same as G flat?
F# and Gb are enharmonics. They share the same pitch, but have different functions in musical notation. Especially attuned musicians may differentiate F# and Gb particularly when they appear as thirds or fifths of chords, but yes, they are enharmonic equivalents.
How many hours can 1 gigabytehold?
How many hours of what? A typical - fairly high-quality - MP3 needs about 1 MB per minute, that would give you perhaps 17 hours of music in one GB. It is possible to save sound in about 1/5 of this space, and still have a decent (though not excellent) quality; that would give you 85 hours of sound in 1 GB. Ogg Vorbis uses less space (or offers a higher quality for the same amount of megabytes).Low-quality movies need about the same space as high-quality MP3, but a high-quality movie may require several MB per minute. Better check a sample of a movie you are interested in (or music, since music also comes in different qualities), and divide the number of megabytes by the number of minutes, to have an estimate.How many hours of what? A typical - fairly high-quality - MP3 needs about 1 MB per minute, that would give you perhaps 17 hours of music in one GB. It is possible to save sound in about 1/5 of this space, and still have a decent (though not excellent) quality; that would give you 85 hours of sound in 1 GB. Ogg Vorbis uses less space (or offers a higher quality for the same amount of megabytes).Low-quality movies need about the same space as high-quality MP3, but a high-quality movie may require several MB per minute. Better check a sample of a movie you are interested in (or music, since music also comes in different qualities), and divide the number of megabytes by the number of minutes, to have an estimate.How many hours of what? A typical - fairly high-quality - MP3 needs about 1 MB per minute, that would give you perhaps 17 hours of music in one GB. It is possible to save sound in about 1/5 of this space, and still have a decent (though not excellent) quality; that would give you 85 hours of sound in 1 GB. Ogg Vorbis uses less space (or offers a higher quality for the same amount of megabytes).Low-quality movies need about the same space as high-quality MP3, but a high-quality movie may require several MB per minute. Better check a sample of a movie you are interested in (or music, since music also comes in different qualities), and divide the number of megabytes by the number of minutes, to have an estimate.How many hours of what? A typical - fairly high-quality - MP3 needs about 1 MB per minute, that would give you perhaps 17 hours of music in one GB. It is possible to save sound in about 1/5 of this space, and still have a decent (though not excellent) quality; that would give you 85 hours of sound in 1 GB. Ogg Vorbis uses less space (or offers a higher quality for the same amount of megabytes).Low-quality movies need about the same space as high-quality MP3, but a high-quality movie may require several MB per minute. Better check a sample of a movie you are interested in (or music, since music also comes in different qualities), and divide the number of megabytes by the number of minutes, to have an estimate.
How may hours is 1228 minutes?
1228 minutes is equal to 20 hours and 28 minutes.
What is 360GB?
GB is often used as an abbreviation of the word "Gigabyte". There are two ways that this meaning may be interpreted. Often, rather than using powers of ten with computers, we use powers of two. As a result "kilo", "mega", "giga" and so on are used to represent powers of 1024 (210). Some people however use the more classical notation, where those terms represent powers of 1000 (103). So depending on who you're talking to, a gigabyte could be 10243 bytes, or 10003 bytes. A byte is equal to eight bits, and each bit represents an on/off switch in your computer, so ultimately, you can say that a gigabyte is either: 8589934592 on/off switches (10243 × 8), or: 8000000000 on/off switches (10003 × 8), consequently, 360GB would be either: 3092376453120 on/off switches, or: 2880000000000 on/off switches. For a bit of perspective on how big that is, the Answers.com logo at the top left corner of this page is (as of this writing), 4515 bytes, or 36120 bits. Which means that you could fit about 85.6 million of them on a 360GB drive (using the 1024 base).
