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The greater the amplitude, the higher the intensity and the louder the sound.
A clean tone is the sound a guitar string makes when it is plucked. A common sound manipulation trick used in rock, and well, most types of music involving guitars, is "distortion". Distortion is what gives the guitar that electric sound we all love. The intro to this song is a guitar that is clean (no distortion): http://www.youtube.com/watch?v=xPKkKgOJmiM The intro to this song is a guitar that is distorted: http://www.youtube.com/watch?v=g9skUH9rSD8 Sorry I can give you the technical specifications. Check this out: http://en.wikipedia.org/wiki/Distortion_(guitar)
dynamics are how the music is played at certain points of the song (loud, soft, soft to loud, loud to soft, etc.). Like ƒ is a dynamic mark instructing you to play louder.
Timbre is more to do with the makeup of the sound than the pitch. The reason that different instruments have different timbres is down in most cases to the physics behind the way the sound is produced. For example, imagine the sound of a piano playing middle C, and then the same note played on a violin, and then on a xylophone. They are all the same note, but they all sound different because they produce the sound in different ways - a string hit with a felt hammer has a different quality to a string scraped with a bow or a shaped piece of wood hit with a beater. If you want to get into more detail, the waveform produced by the instrument can be analysed into a 'fundamental' (the main pitch) and a number of 'harmonics' mathematically related to the fundamental. The more harmonics, the 'brighter' the sound.
The pitch of a sound is determined by listening to it. Those with what is called perfect pitch can usually tell what the pitch of a given sound is. The rest of us can use simple electronic equipment that can "read" the frequency of a given waveform.Recall that the mechanical energy we call sound has a pair of basic properties, those being frequency and amplitude. Many different electronic equipments (like an oscilloscope, for one) can be connected to a microphone to determine the pitch of a sound under investigation.
A + b
The amplitudes simply superimpose so it becomes A + B.
The amplitude is the maximum amount it sways from the neutral position. If it oscillates about zero, then it would vary from a value of +A to -A, where A is the maximum Amplitude. The units of A will be determined by the type of wave.
the maximum amplitude of carrier wave varied with respect to instantaneous values of message signal is called amplitude modulation
Amplitude doesn't depend on frequency or wavelength, so even if you know them, you have no way to calculate amplitude.
The amplitude is 150; 30
Please do your homework by yourself.
* The term peak amplitude, often shortened to amplitude, is the nonnegative value of the waveform's peak (either positive or negative). * The instantaneous amplitude of is the value of (either positive or negative) at time . * The instantaneous magnitude, or simply magnitude, of is nonnegative and is given by . ALSO Amplitude is the maximum displacement from equilibrium in a sinusoidal wave.Magnitude is just the value of something; typically refering to scalar quantities.
It does oscillate. We have to use the word 'vibration' if the amplitude of oscillation is very very low. The prong of a fork vibrates. But simply pendulum oscillates.
No. Amplitude and frequency of a wave are not related.Either one can change with no effect on the other one.
In order to calculate the speed of a wave, you need to know the frequency and wavelength. Amplitude has no effect on the speed, so knowing the amplitude doesn't help.
The frequencies of the sound and the oscillating string are the same.