What would be the bit rate (bps=bits per second) for 44.1Khz sampling and 8bits precision?
968188
44.1 Ksamples/sec * 8 bits/samples = 352.8 bps
340444
Typically a 3 minute song will run you somewhere between 3,000 and 4,000 KB.    It shouldn't hurt your computer, although I'm thinking you probably have a small sample of a song, and not the full song. :p
1152809
128 kbps  means  128 kilo bits per second...   there are   1000 kilo bits in a  megabit..  mega bit  basically equals a megabyte..  therefore..  a 10 meg file is split in to  roughly 78  128killobyte parts,,  there for taking 78 seconds  or 1 minute 18 seconds,,  a 256 kbps  conection will download in exactly half the time  so it would take   39 seconds...
255673
8000 x 8 bits = 64Kb/s \n24 x 64Kb/s = 1536000 - \nremenber that the signalling/timing channel will take up one of the 24 channels\n(in the U.S.A I beleive they call it a T1 circuit - 23 data 1 signalling/timing....here in the U.K. E1 32x64Kb/s thats 30 data, 1 timing, 1 signalling)\n\nas for the data storage sounds like you could look at it like this:\n3 mins ->\n3 x 60 = 180\n180 x 64000 = 11.5Mb for one 3 min message (bits)\ntherefore 11.5Mb /8 = 1.44MB for one 3 min message(Bytes)
449888
Actually, SuperShoey is correct.  Sorry for the incorrect answer I gave, I wasn't thinking.  When talking in BITS, there are 1,000 kilobits in one megabit.  However, there are 1,024 Kilobytes in a MegaByte.  There are 8 bits in a byte.\n\nThis is where people are getting confused.  They believe that because there are actually 1,024 bytes in a KB, that there will also be 1,024 bits in a kilobit.  This is not so.\n\n1 Mbps = 1,000Kbps
1104372
The 2 common units to express internet speed, kbps and KB/sec.\nkbps is KILO BITS PER SECOND.\nKB/sec is KILO BYTES / SECOND.\n(Value in KB/Sec * 8 ) = value in kbps\n64 KB/sec  *  8            = 512 kbps.\n\nHope that is clear enough.
43043
usually the mp3 at 128bps is a good quality mp3\nalso you can go below this bps but the quality deteriorates.so convert them to 128bps\nby\nmp3 2 wavmaker \nbelieve me i have used it and it works fine but \nu have to first convert mp3->wav then back to mp3 \ni came across another Stream box ripper \nfind it on download.com or enfull.com or google.com\nit can convert file from 192bps to 128bps without converting it to wav.now after converting to 128 if u think to go back to 192 then there is improvement in sound quality.it works only one way
910016
At a 128kb/s bitrate, probably around 30.
254300
http://en.wikipedia.org/wiki/Time-division_multiplexing
215179
No loss at all, ever?  Not really.  To get a BER  (bit error rate) of zero, you would need an infinite SNR (signal to noise ratio), or an infinite amount of bandwidth, or an infinite amount of time.  None, of course are practical, or for that matter, possible.\n\nExtremely, extremely low BER's are possible, so low that when accompanied with error detection or correction schemes, can be assumed for all practical purposes to be zero.
173904
www.ece.rochester.edu/users/hrk1/FPS.htm\nwww.freepatentsonline.com/4577345.html\nmedia.mit.edu/resenv/classes/MAS965/readings/singlechipfingerprint.pdf\nMIKE
623007
150 KB/s\n\n24X is 3600KB/s
510406
315mHz \n\nLove,\nKenneth Horowitz
135007
http://speakeasy.net/speedtest/\n\nSelect the server near you and it will measure your speed.
323504
You can buy them in chip form. I think Analog Devices makes them, up to eight bit. They are easier to use and more accurate than anything ou could build from discrete parts.
410963
Firewire ~ 400 Mb/s \nUSB 1.1  ~  12 Mb/s\nUSB 2.0  ~ 480 Mb/s\n\n400 >  12\n480 > 400
1064277
Download Accelerator Plus\nyou can find it at http://www.speedbit.com/