#  @adminofthissite adminofthissite adminofthissite posts on YouTube about hertz, tone, wave, audio the most. They currently have [------] followers and [--] posts still getting attention that total [-----] engagements in the last [--] hours. ### Engagements: [-----] [#](/creator/youtube::UCc6XhPJQy-olOGzMR05vyzQ/interactions)  - [--] Week [------] -6.90% - [--] Month [-------] +19% - [--] Months [-------] +5.50% - [--] Year [---------] +99% ### Mentions: [--] [#](/creator/youtube::UCc6XhPJQy-olOGzMR05vyzQ/posts_active)  - [--] Months [--] no change - [--] Year [--] no change ### Followers: [------] [#](/creator/youtube::UCc6XhPJQy-olOGzMR05vyzQ/followers)  - [--] Months [------] -0.14% - [--] Year [------] +0.57% ### CreatorRank: [-------] [#](/creator/youtube::UCc6XhPJQy-olOGzMR05vyzQ/influencer_rank)  ### Social Influence **Social category influence** [stocks](/list/stocks) [social networks](/list/social-networks) [technology brands](/list/technology-brands) **Social topic influence** [hertz](/topic/hertz) #34, [tone](/topic/tone) #479, [wave](/topic/wave), [audio](/topic/audio), [sound](/topic/sound), [up to](/topic/up-to), [water](/topic/water), [more than](/topic/more-than), [youtube](/topic/youtube), [watch](/topic/watch) **Top assets mentioned** [Hertz Global Holdings, Inc Common Stock (HTZ)](/topic/hertz) ### Top Social Posts Top posts by engagements in the last [--] hours "Hearing Test HD Hearing Test in HD quality. Sinusoidal wave starting at [--] Hz frequency and going up to [--] kHz frequency. It's recommended that you listen to this using headphones. If you can't hear anything above [-----] Hertz it's probably because Youtube's audio compression cut off frequencies above 16kHz. Try watching in HD to get better audio quality. Update: Youtube no longer seems to cut of frequencies above 16kHz at least when encoding as opus audio stream. There is still lossy compression and there are visible distortions at high end of the spectrum (high frequencies). If you don't" [YouTube Link](https://youtube.com/watch?v=H-iCZElJ8m0) 2012-10-04T17:21Z 71.1K followers, 17.3M engagements "Nonstandard MIDI visualisation (Water) This video demonstrates nonstandard visualisation of a MIDI file. Each channel/instrument has separate waveform visualisation which gives an interesting result. (Standard visualisation for MIDI is just standard music notation). Best to watch in 1920x1080 resolution. I made this video more than [--] years ago but didn't decided to upload it to YouTube for various reasons. Composer: George Frideric Handel Midi sequencing arranged by: Greg Breed MIDI execution and visualisation: Yours truly :) Water George Frideric Handel MIDI visualisation Water George" [YouTube Link](https://youtube.com/watch?v=FBhXdOgRHxA) 2025-12-20T19:41Z 71.1K followers, [---] engagements "20Hz to 20kHz (Human Audio Spectrum) Sinusoidal wave going trough entire human audio spectrum starting at 20Hz and ending at 20kHz. Note that the frequency increases exponentially the idea was to increase the frequency by constant fraction of currently played frequency rather than by a constant value (which would result in clearly noticeable fast change at lower frequencies and nearly no change at higher frequencies). Enjoy. Note: This wave has the same volume level measured by acoustic pressure all the time however human sound perception differs depending on frequency. For lower frequencies" [YouTube Link](https://youtube.com/watch?v=qNf9nzvnd1k) 2012-10-02T21:12Z 71.1K followers, 46.4M engagements "Nonstandard MIDI visualisation (Water) This video demonstrates nonstandard visualisation of a MIDI file. Each channel/instrument has separate waveform visualisation which gives an interesting result. (Standard visualisation for MIDI is just standard music notation). Best to watch in 1920x1080 resolution. I made this video more than [--] years ago but didn't decided to upload it to YouTube for various reasons. Composer: George Frideric Handel Midi sequencing arranged by: Greg Breed MIDI execution and visualisation: Yours truly :) Water George Frideric Handel MIDI visualisation Water George" [YouTube Link](https://youtube.com/watch?v=FBhXdOgRHxA) 2025-12-20T19:41Z 71.1K followers, [---] engagements "Hearing Test HD Hearing Test in HD quality. Sinusoidal wave starting at [--] Hz frequency and going up to [--] kHz frequency. It's recommended that you listen to this using headphones. If you can't hear anything above [-----] Hertz it's probably because Youtube's audio compression cut off frequencies above 16kHz. Try watching in HD to get better audio quality. Update: Youtube no longer seems to cut of frequencies above 16kHz at least when encoding as opus audio stream. There is still lossy compression and there are visible distortions at high end of the spectrum (high frequencies). If you don't" [YouTube Link](https://youtube.com/watch?v=H-iCZElJ8m0) 2012-10-04T17:21Z 71.1K followers, 17.3M engagements "20Hz to 20kHz (Human Audio Spectrum) Sinusoidal wave going trough entire human audio spectrum starting at 20Hz and ending at 20kHz. Note that the frequency increases exponentially the idea was to increase the frequency by constant fraction of currently played frequency rather than by a constant value (which would result in clearly noticeable fast change at lower frequencies and nearly no change at higher frequencies). Enjoy. Note: This wave has the same volume level measured by acoustic pressure all the time however human sound perception differs depending on frequency. For lower frequencies" [YouTube Link](https://youtube.com/watch?v=qNf9nzvnd1k) 2012-10-02T21:12Z 71.1K followers, 46.4M engagements Limited data mode. Full metrics available with subscription: lunarcrush.com/pricing
@adminofthissite adminofthissite
adminofthissite posts on YouTube about hertz, tone, wave, audio the most. They currently have [------] followers and [--] posts still getting attention that total [-----] engagements in the last [--] hours.
Engagements: [-----] #
- [--] Week [------] -6.90%
- [--] Month [-------] +19%
- [--] Months [-------] +5.50%
- [--] Year [---------] +99%
Mentions: [--] #
- [--] Months [--] no change
- [--] Year [--] no change
Followers: [------] #
- [--] Months [------] -0.14%
- [--] Year [------] +0.57%
CreatorRank: [-------] #
Social Influence
Social category influence stocks social networks technology brands
Social topic influence hertz #34, tone #479, wave, audio, sound, up to, water, more than, youtube, watch
Top assets mentioned Hertz Global Holdings, Inc Common Stock (HTZ)
Top Social Posts
Top posts by engagements in the last [--] hours
"Hearing Test HD Hearing Test in HD quality. Sinusoidal wave starting at [--] Hz frequency and going up to [--] kHz frequency. It's recommended that you listen to this using headphones. If you can't hear anything above [-----] Hertz it's probably because Youtube's audio compression cut off frequencies above 16kHz. Try watching in HD to get better audio quality. Update: Youtube no longer seems to cut of frequencies above 16kHz at least when encoding as opus audio stream. There is still lossy compression and there are visible distortions at high end of the spectrum (high frequencies). If you don't"
YouTube Link 2012-10-04T17:21Z 71.1K followers, 17.3M engagements
"Nonstandard MIDI visualisation (Water) This video demonstrates nonstandard visualisation of a MIDI file. Each channel/instrument has separate waveform visualisation which gives an interesting result. (Standard visualisation for MIDI is just standard music notation). Best to watch in 1920x1080 resolution. I made this video more than [--] years ago but didn't decided to upload it to YouTube for various reasons. Composer: George Frideric Handel Midi sequencing arranged by: Greg Breed MIDI execution and visualisation: Yours truly :) Water George Frideric Handel MIDI visualisation Water George"
YouTube Link 2025-12-20T19:41Z 71.1K followers, [---] engagements
"20Hz to 20kHz (Human Audio Spectrum) Sinusoidal wave going trough entire human audio spectrum starting at 20Hz and ending at 20kHz. Note that the frequency increases exponentially the idea was to increase the frequency by constant fraction of currently played frequency rather than by a constant value (which would result in clearly noticeable fast change at lower frequencies and nearly no change at higher frequencies). Enjoy. Note: This wave has the same volume level measured by acoustic pressure all the time however human sound perception differs depending on frequency. For lower frequencies"
YouTube Link 2012-10-02T21:12Z 71.1K followers, 46.4M engagements
"Nonstandard MIDI visualisation (Water) This video demonstrates nonstandard visualisation of a MIDI file. Each channel/instrument has separate waveform visualisation which gives an interesting result. (Standard visualisation for MIDI is just standard music notation). Best to watch in 1920x1080 resolution. I made this video more than [--] years ago but didn't decided to upload it to YouTube for various reasons. Composer: George Frideric Handel Midi sequencing arranged by: Greg Breed MIDI execution and visualisation: Yours truly :) Water George Frideric Handel MIDI visualisation Water George"
YouTube Link 2025-12-20T19:41Z 71.1K followers, [---] engagements
"Hearing Test HD Hearing Test in HD quality. Sinusoidal wave starting at [--] Hz frequency and going up to [--] kHz frequency. It's recommended that you listen to this using headphones. If you can't hear anything above [-----] Hertz it's probably because Youtube's audio compression cut off frequencies above 16kHz. Try watching in HD to get better audio quality. Update: Youtube no longer seems to cut of frequencies above 16kHz at least when encoding as opus audio stream. There is still lossy compression and there are visible distortions at high end of the spectrum (high frequencies). If you don't"
YouTube Link 2012-10-04T17:21Z 71.1K followers, 17.3M engagements
"20Hz to 20kHz (Human Audio Spectrum) Sinusoidal wave going trough entire human audio spectrum starting at 20Hz and ending at 20kHz. Note that the frequency increases exponentially the idea was to increase the frequency by constant fraction of currently played frequency rather than by a constant value (which would result in clearly noticeable fast change at lower frequencies and nearly no change at higher frequencies). Enjoy. Note: This wave has the same volume level measured by acoustic pressure all the time however human sound perception differs depending on frequency. For lower frequencies"
YouTube Link 2012-10-02T21:12Z 71.1K followers, 46.4M engagements
Limited data mode. Full metrics available with subscription: lunarcrush.com/pricing