That would be 1200 Hz. Every octave is a superposition of the note below it, so the frequency doubles. The octaves above that would be 2400 Hz, 4800 Hz, and so on...
If middle C is 513 hz (which it is not), then A above would be 513*23/4 = 862.8 hz.
frequency [Hz] = velocity[m/s] / wavelength [m] frequency [Hz] = 24 [m/s] / 3 [m] frequency = 8 [Hz]
Hertz(Hz)
Frequency = reciprocal of period = 1/P = 1/0.008 = 125 Hz.
Hz is short for hertz. It is not a time, but a frequency. Time is measured in seconds, Hz is equivalent to 1/seconds. Therefore, you can't convert between time and frequency.
One octave higher than 300 Hz would be 600 Hz. In music, an octave represents a doubling of frequency, so going up one octave means multiplying the initial frequency by 2.
Half an octave above 100 Hz would be approximately 141 Hz.
One octave above 300 Hz = 600 Hz. One octave below 300 Hz = 150 Hz.
The frequency of a C of the fourth octave is approximately 261.626 Hz.
1 KHz.
The frequency of A one octave higher is double the original frequency. For example, if the original A is 440 Hz, the A one octave higher would be 880 Hz.
The term 'octave' is the name for an interval(space) between two notes. The frequency of the note is doubled, or halved, depending on whether the interval goes up or down in frequency. The two notes are heard toghether as the same, and will also have the same name. For example, an octave above A(440 Hz) is A(880 Hz) an octave under A(440 Hz) is A(220 Hz) To answer the question, the similarity between the keynote and an octave above it, is that the ratio between the frequency of these notes is 1:2 and of course, their names.
The second octave of 200 Hz is 400 Hz. In music theory, each octave represents a doubling of the frequency of the previous octave.
The frequency of a tone that is one octave lower than 6080 Hz is 3040 Hz. This is because each time you go down one octave, the frequency is halved.
The frequency of a sound wave affects the pitch of a sound. A higher frequency sound wave produces a higher pitch sound. On a piano, the pitch A4 (A above "middle C") will produce a soundwave with a frequency of 440 Hz. The pitch A3 (A an octave below A4) will have a frequency of 220 Hz. The frequency of A5 (A an octave above A4) is 880Hz. "Midde C," or C4, has a frequency of approximately 262 Hz.
The frequency of a note one octave higher than 200Hz is 400Hz. In music, an octave represents a doubling of the frequency.
the frequency of a wave changes the pitch of the of the sound, a lower frequency (less frequent vibrations of the speaker) means lower pitch (bass notes) a higher frequency increases the pitch (treble notes) the formula is: speed = frequency x wavelength note: if you double the frequency of a sound you half the wavelength (assuming the medium through which the sound travels is constant, thus the speed of the sound is constant) doubling the frequency also increases the pitch by one octave... the note "Middle C" is 440 Hz "C" one octave higher is 880 Hz and "C" one octave lower is 220 Hz all of the "C" notes in the musical scale are "C" below human hearing range 13.75 Hz Lowest "C" 27.5 Hz (Just within average human hearing range) "C" One Octave Higher 55 Hz "C" One more Octave Higher 110 Hz "C" One more Octave Higher 220 Hz "C" One more Octave Higher 440 Hz also known as "Middle C" "C" One more Octave Higher 880 Hz "C" One more Octave Higher 1760 Hz "C" One more Octave Higher 3520 Hz "C" One more Octave Higher 14080 Hz (The Highest "C" Note the average human can hear) "C" One more Octave Higher 28160 Hz (outside of human hearing range but it really annoys dogs)