There is 1.77GB (or 1.64GiB [1.64GB if you're using Windows' naming scheme]) in 1,768,583,079 bytes.
1.768583079
6236.6MB (Megabyte) = 6,538,919,936 bytes = 6.09042969GB (Gigabyte).
Gigs, Giga, GB can mean Gigabyte which is 109, or 1,000,000,000 bytes. But..... Gigs, Giga, Gb can also mean Gigabits which is 109, or 1,000,000,000 bits. So it's either 307,200,000 MB or 307,200,000Mb
Gig is short for gigabyte. The giga prefix means one billion. Thus 3 gigs is 3 billion bytes. A megabyte is one million bytes. Thus 3 gigabytes equals 3000 megabytes.
It depends on your internet connection: the whole base takes 4 DVDs (4.7gigs). That's about 18.8 gigs or 18,800,000,000 bytes. On my DSL at home I can get about 600,000,000 bytes in 2 hours, so its 300,000,000 bytes per hour. 18,800,000,000 bytes / 100,000,000 bytes/hr ~ 62.5 hours or 10 hours just shy of 3 days (approximately 2 1/2 days.) On a 56k modem that would be about 52 days.
gigs. you had it right
16 gigs, 32 gigs, 48 gigs
mb is smaller than gigs so 512mb is half a gig.
how many gigs do I have left
when we're talking about DVD movies thinking in terms of how many bytes is pretty rediculous. a very short DVD quality movie will be measured at least in tens of mega-bytes (Mb). one megabyte is equal to 1,048,576 bytes. so, if you were, for instance, thinking in terms of how many bytes there were in a full-length DVD quality feature film then you would be talking about gigabytes(Gb). one Gb is equal to 1,073,741,824 bytes. you need between 1 and 3 gigs of space for a whole DVD worth of information.
847,263 bytes is 827.405273KB 1 kilobyte is equal to 1024 bytes. Bytes / 1024 (bytes in a kilobyte) = kilobytes 847,263 bytes / 1024 (bytes in a kilobyte) = 827.405273 kilobytes
610.868 MB = .610868 GB, where 1 GB = 1000 MB, according to hard drive manufacturers. However, the multiplier is technically 1024, which would make 610.868 MB = .596551 GB.