14080 Hz
Treble (4–20 kHz) · A9
Turn the volume down before you play. A pure tone is harder on the ears than music at the same level.
Tuning pitch
A reference note used to tune instruments.
| Wavelength | 2.4 cm |
|---|---|
| Period | 71 µs |
| Nearest note | A9 |
| Off by | In tune |
| Audible | Yes |
| Harmonics | 28160 Hz · 42240 Hz · 56320 Hz |
| One octave down | 7040 Hz |
| One octave up | 28160 Hz |
How to read this
- Hertz counts how many times the air vibrates per second. The bigger the number, the higher the pitch.
- Wavelength is the speed of sound (343 m/s at 20 °C) divided by the frequency. That makes 20 Hz seventeen metres long and 20 kHz under two centimetres.
- People hear roughly 20 Hz to 20 kHz, but the upper limit drops with age. Past about 15 kHz, some hear the tone and some do not.
- Hearing nothing does not mean the equipment is broken. Small speakers cannot reach the low notes, and for the high ones it is the ear that gives up first.
Frequently asked questions
Q. What does 14080 Hz sound like?
It is a pure tone vibrating 14080 times a second. It falls inside the range people hear, and the nearest musical note is A9.
Q. What is the wavelength of 14080 Hz?
2.4 cm in air. Sound travels 343 metres per second through 20 °C air, so the wavelength is that distance divided by 14080.
Q. What note is 14080 Hz?
The nearest note is A9, and it is almost exactly that note.
Q. I cannot hear 14080 Hz — is something wrong?
High tones are the first to go with age. Most twenty-year-olds hear this pitch; past forty, many people no longer do.
Q. What are the harmonics of 14080 Hz?
The whole-number multiples: 28160 Hz, 42240 Hz, 56320 Hz. An octave up is double, 28160 Hz; an octave down is half, 7040 Hz.
Nearby frequencies
Frequency doubles for every octave, so closeness is measured in ratios, not differences.