This depends on the usage of the word. Usually, it refers to either one of two things. 1) taking a short segment of a sound or song such as a single drum beat or a short piano riff and saving it as a new audio file. This is usually used in "mashups" and sound collages or as triggers in live performances. 2) the frequency at which data is taken to describe a sound wave. You can think of this as plotting X and Y coordinates on a graph to describe a sound wave which a computer can translate into speaker movement and finally sound. The higher the sample rate, the higher quality the audio.
Answer is Quota sampling. Its one of the method of non-probability sampling.
1) Simple random sampling 2) Systematic sampling 3) Stratified sampling 4) Cluster sampling 5) Probability proportional to size sampling 6) Matched random sampling 7) Quota sampling 8) Convenience sampling 9) Line-intercept sampling 10) Panel sampling
What is the difference between quota sampling and cluster sampling
Sampling error leads to random error. Sampling bias leads to systematic error.
in flat top sampling the electronic circuit required for sampling are less complicated as compared to the one used in natural sampling, at demodulation of the sample it is very difficult to maintain the natural waveform of the natural sampling so flat top sampling can easily be demodulated.
This site explains it: http://www.cs.columbia.edu/~hgs/audio/44.1.html
Sampling rate or sampling frequency defines the number of samples per second (or per other unit) taken from a continuous signal to make a discrete or digital signal.
44.1 kHz
The act of taking a pre-recorded piece of audio and using it in a new and different musical composition in various ways.
Lightning audio (I presume an MP3, WAV or FLAC), is very good if the audio sampling is high enough quality and the audio output (being Speakers or Headphones) are high enough quality, it could sound like lightning just struck beside you.
If you know the bits per second of the audio clip, then simply multiply that by the length of the audio clip. If you do not know the bits per second, and the file is uncompressed, then you will have to take the sampling frequency (generally 44.1KHz), multiply it by the size of each sample, multiply by the number of channels and then finally multiply by the length of the audio clip. For example, a 1 second wav file with the default attributes of a 44.1KHz sampling frequency, 16 bit samples and 2 audio channels (stereo) will be 44100 * 16 * 2 * 1 = ~1.4 megabits = ~176 KB = ~172 KiB
They include: Simple random sampling, Systematic sampling, Stratified sampling, Quota sampling, and Cluster sampling.
The sampling rate affects the audio quality.For instance,a song sampled at 192 kilobits per second is three times the size of a song sampled at 64 kilobits per second and will be of better sound quality.
Answer is Quota sampling. Its one of the method of non-probability sampling.
Sampling techniques in researching involves to types of sampling. The probability sampling and the non-probability sampling. Simple random is an example of probability sampling.
You are correct; convenience sampling is not random sampling.
1) Simple random sampling 2) Systematic sampling 3) Stratified sampling 4) Cluster sampling 5) Probability proportional to size sampling 6) Matched random sampling 7) Quota sampling 8) Convenience sampling 9) Line-intercept sampling 10) Panel sampling