There is no such unit as "Kbps". This, as opposed to "kbps" or "kBps". Please ask your service provider to hire educated professionals and not hacks.
The calculation below is completely amateur and suspect, primarily due to its being based on unsubstantiated terminology and failing to validate assumptions (i.e. skipping steps)...
1 Kb = 1000 bit
128 Kb = 128000 bit/s
128000 bit = 16000 byte
16000 byte = 15.625 kB (kilobyte)/s
15.625 kB = 0.0152587890625 MB (megabyte)/s
0.91552734375 MB / minute (with some overhead, stopbits etc... this will be about 1 MB / minute)
54.931640625 MB / hour
1318.359375 MB / day
+/- 39550.78125 MB / month = 38.623809814453125 GB / month
128 kilobytes times 60 seconds equals: 7680kbp60s or 7680kbpm
2,460.52 litres per minute.
80 feet per minute is 2,438.4 cm per minute.
Approximately 15 movements per minute
150 words per minute
128 kilobytes times 60 seconds equals: 7680kbp60s or 7680kbpm
'Kbps' stands for Kilo Bits Per Second.For more detail you can check on MP3 file structure and bit rates, like 128Kbps or 320Kbps.
depends on the song size let's say the songs are compressed into 128Kbps mp3 and are about 3MB per song 1 GB = 1024MB ,16*1024MB=16384 /3= 5461 songs of 3MB
it all depends on the bit rate and length of song. bit rates can vary greatly. usually from 64 to 192kbps (kilo bits per second) but can be as high as 1000 i ripped all my cds into my pc at 128kbps which is about average. the higher the bitrate then better the quality but also the larger the file. at 128 kbps it is roughly a minute a megabyte... a 3 1/2 minute song is about 3.5 mb at 128kbps same 3 1/2 minute song at 196kbps is 5 mb i have over 8000 mp3s on my pc. some downloaded from internet with varying bit rates and some ripped from my cds and my average file size is about 4-5 mb
2,460.52 litres per minute.
I find that a good quality stereo MP3 will take about 1Mb per minute
96 gallons per minute = about 363.4 liters per minute.
4.483 US gallons per minute.
24.72 cubic feet per minute at 700 liters per minute.
12 per minute.
It depends a lot, hours of what, and at what quality. For a typical MP3 file (music or other sounds), I estimate 1 MB per minute, so 1 GB would give you a thousand minutes (about 17 hours). However, the space used by sound files, per minute, can vary a lot; I have seen MP3 files that used about 0.2 MB/minute, and whose quality was still quite acceptable. On the other hand, higher qualities (higher than 1 MB/minute) are possible as well.
One cubic foot per minute = 7.481 US gallons per minute.