469 Royalty-Free Audio Tracks for "Hz"

Sinuston 434 Hz

Generate tone (200 hz) waveform sine. Fade in. Fade out. Change frequency (2. 6 hz) and add resonance (7). Standardize everything.

Beispiel für ein durch Amplitudenmodulation hervor gerufenes Tremolo ("Vibrato"). Grundfrequenz: 500 Hz; Modulationsfrequenz: 6 Hz.

An intermittent but consistent 700 hz beep like an alarm clock.

8869. 84 hz.

9956. 06 hz.

5919. 91 hz.

6644. 88 hz.

2 seconds long. Consists of sine waves alternating betweenaround 120 hz and 300 hz with 4 harmonics. At two times an added noise appears whichsounds like a brush. Mono, sampling rate 44100 hz.

Siren effect made with pc speaker beeps. (from 99 sq. Hz to 800sq. Hz (100 step) and vice versa.

Siren effect made with pc speaker beeps. (from 99 sq. Hz to 800sq. Hz (10 step) and vice versa.

Siren effect made with pc speaker beeps. (from 99 sq. Hz to 800sq. Hz (1 step) and vice versa.

Leaves-recording with: dynamic glissando, frecuency glissando, panning and acceleration sounding at the same time with a noise. Ends with a white noise which starts at 0 hz and grows until 7500 hz and go back again at 0 hz.

Some say 528hz and 741hz is a devil interval, and you can get hurt or even been dead by listening to one. Some don't give a crap what others are saying. So take it on your own risk. God bless!.

Snare drum synthesized in chuck programming language. Sinosc (200 hz) attack modulated by triosc3 layers of white noise1 resonance at 5000 hz.

This is a digitally synthesized version of the sound produced by current choppers on board the "jeumont element 041/042 train" used in the montreal metro. It is a five-note sequence of tones (90 hz, 120 hz, 180 hz, 240 hz, 360 hz) produced as the train accelerates out of the station. I could not make a recording of the actual jeumont train as the train was scrapped in 2018, which was before i even made my account!.

A basic 808 kick with a notch filter around 256 hz. Layered with. A slightly different basic 808 kick with a bypass filter around 220 hz.

Mono, 32 bits, 48. 000 hz.

409 Hz tone

Bright loud bommy.

Violoncello filtered 0-400 hz.

Sawtooth waveform of frequency 440hertz and 5 seconds generated with audacity.

Over 2 minutes of pure 30hz sine pattern for you lfe addicts out there.

This frequency is 136. 1 hz, or a c# if a=432hz. C# is often considered the "om tone", as there is some evidence that tibetan buddhist monks and others base their chants on this note. More info here: http://sonicfabric. Blogspot. Com/2012/01/432-hz-pythagoras-and-om-1361-edition. Html.

Basically layered a 200hz snare body, similar to a 909, low-passed and saturated. Added in a transient sound, then a certain impact sound that you wouldn't expect, layered together with some high end white noise, compressed, then used a transient shaper for that final touch.

A recording of a particularly loudly humming lamp in a parking garage. Recorded with a zoom h1.

Recorded by nokia n95 with alon mp3 dictaphone, tv is philips crt matchline.

Recorded by nokia n95 with alon mp3 dictaphone, tv is philips crt matchline.

Set computer volume level at normal. Using headphones or your speakers, play each tone, gradually decreasing the volume until you cannot detect it. Note the volume setting (i know, this isn't easy if you don't have a graduated control, but you can make some arbitrary levels using whatever indicator you have on your os). Repeat with next tone. Try the test with headphones if you were using your speakers, or vice versa. Fyi: http://en. Wikipedia. Org/wiki/hearing_range.

Generated from fractal image, changing set of square waves at different frequencies. 10 sec long, 50hz pitch.

Sound of 7. 83 hertz of sound at low frequencies unnoticeable to the human ear, but existing.

A low frequency hum that will work on pc speakers (at least it does on my pc). . - i made this sound because i needed a deep hum for a composition, but as it turned out my pc speakers cut off low frequencies. A quick googling taught me that this is common for many pc's, but also that there might be ways around it in terms of designing waves that the speakers can produce. And so, after playing around with audacity abit, i came up with this low frequency hum that works well for my purpose at least. - i hope it might help others with similar issues.

Sound of a bee skep bell with principal tone at 1133 Hertz Klang einer Bienenkorbglocke mit Hauptton bei 1133 Hertz

Random beeps made with pc speaker sounds. (the range is from 37 sq. Hz to 5000sq. Hz (1ct/s of duration each beep).

Random beeps made with pc speaker sounds. (the range is from 100 sq. Hz to 1000sq. Hz (1 ct/s of duration each beep).

This is a single cut tone of my solfeggio 6 wind chimes, the sound of mi 528 hz cutted and improved with audacity software;thanks for your estimation,the very real horst from germany.

(preview is inaudible). One cycle of a 20 hz sawtooth-esque wave, derived from the top half of the upswing of a 5 hz circle wave.

(preview is inaudible). One cycle of a 20 hz sawtooth-esque wave, derived from the top half of the upswing of a 5 hz sine wave.

Dos tons purs (1259. 9 i 1000 hz).

Sax sample filtered 500-800 hz.

Sax filtered sample 400-700 hz.

Duck sequence filtered at 2000 hz.

Violin sample filtered 1500-2000 hz.

Harp sample filtered 700-1200 hz.

Synthesizer filtered sample 2120-2550 hz.

Piano sample filtered 1000-1500 hz.

20 hz sawtooth.

Binaural beats from element phosphorus. Hello,this is the very real horst from town duisburg in germany. You will hear an experimental mix of sounds created with software audacity. The sounds from zymbel, mantra-bell and energy bar chime 639 hz, combined with stretched sound of mantra bell and underlying binaural tones of mineral phosphorus, 480 hz. Thanks for listening and i hopethat you will find truepeace on your waythe very real horst. .

Random bass beeps made with pc speaker sounds. (the range is from 37 sq. Hz to 100sq. Hz (. 1 ct/s of duration each beep).

Čeština: 130 - 440 Hz