That is what that piece of equipment samples at. Others can sample at billions of samples per sec. It all depends on the A/D sample rate that was picked.
around about £8000
rank 8000
there are 8000 toilets at the o2 arena
8000 to 10000 in the beginning
Multiply meters (mts) by 5 and divide by 8000 to get miles (mls) i.e. mls=mts x 5/8000
The frequency range for a voice signal is 300 to 4000 HZ. The Nyquist theorem states a waveform should be sampled at 2 times its highest frequency. So 2 x 4000 is 8000 samples every second. This ensures an adequate representation of the signal.
PCM technique is used to convert analog voice signals into digital. In PCM the analog frequency is first sampled and then converted into binary bits. Each samples are taken as 8bits long. Basic communication theory requires that a minimum sampling rate of twice the frequency of the signal to be sampled will result in an accurate representation of the original signal.Human voice can have max 4000hz frequency, therefore sampling rate should be 8000 samples/sec.Which implies required bit rate for transmitting voice is 8000*8 = 64000 bits/sec = 64kbps.
3
This would be 8000 because you would round down.
8000
2% of 8000 = 2% * 8000 = 0.02 * 8000 = 160
13% of 8000= 13% * 8000= 0.13 * 8000= 1,040
anything between USD 7000 to USD 8000
58% of 8000= 58% * 8000= 0.58 * 8000= 4,640
10% of 8000= 10% * 8000= 0.1 * 8000= 800
20% of 8000 = 20% * 8000 = 0.2 * 8000 = 1600
8000 feet = 8000 feet.