Hertz are a frquency, so if you have 1 hertz it is 1 hertz/second if you have 2 hertz =2 hertz second and so on, so a Intel processor at 2.4ghz would be 2.4 billion hertz a second.
G3, which is right before Middle C on a Piano and the G-string tuning on a guitar or violin, approximates 195.99 htz.
After the German physicist , Heinrich Hertz.
1,000,000,000 Hertz=1 Gigahertz
hertz is what frequency waves are measured in.
The middle C note on a piano is tuned to 261.63 Hertz (accurate to two decimal places).
MHz (Hertz is named after Heinrich Rudolf Hertz, therefore is capitalised.)
17 cm
There is no such thing as a "Brown Note" as popluarized on South Park.
Given that the A above middle C has a frequency of 440 hertz, the lowest note on a regular piano has a frequency, rounded to two decimal places, of 27.50 hertz. Taking this an octave further down gives a frequency of 13.75, too low for a human ear to hear. Descending ten semitones, to two Bs below the bottom end of a piano, gives a frequency approximately equal to 13.75/(2^(1/12)10) = 7.72 Hertz, the closest genuine note to a 7.8 hertz frequency.
432 Hertz was the frequency of the note A, used as the standard of tuning for musical instruments prior to the shift to 440 Hertz. Many people see a significant link between 432 Hertz and the human mind, suggesting that the frequency subconsciously relaxes our brain. That is why many people are pushing for 432 Hertz as the concert tuning pitch.
Myth busted!
Assuming the frequency of Middle C to be 261.63 hertz, accurate to two decimal places, taking this two octaves down brings us to 65.41 hertz. Sending us down a further semitone gives us 65.41 x 1/21/12, which sends us to B, at a frequency of 61.74 hertz, accurate to two decimal places, the closest possible genuine note to a 60 hertz frequency. Effectively, this is the third B below middle C, including that which is a semitone below.
It depends which Ab you mean, the Ab note above middle C is approximately 415 Hertz.
No such thing.
Frequency, measured, musically speaking, in Hertz, is the number of "cycles per second" in a single wave. A sound travelling at the frequency of 440 Hertz (440 cycles per second) produces a note of A, known as concert pitch.
Hertz are a frquency, so if you have 1 hertz it is 1 hertz/second if you have 2 hertz =2 hertz second and so on, so a Intel processor at 2.4ghz would be 2.4 billion hertz a second.