Tuning Forks (C46) [3B70.10]

[@coastalflourishing]

I like how they're wearing a lab coat lol

[@monsterjazzlicks]

Classy! ;-)

[@-8l-924]

scientists require protection protocols. you know what they say about sound: it hertz :p

[@anmspafan7855]

@@-8l-924 I'm mad that I actually laughed at that...

[@-8l-924]

An MSPA Fan a physics teacher made that joke in high school and I was one of the students *actually* found it funny. maybe mostly because he actually had the interest in making that joke and saw it through to the awkward silence that he anticipated- and with a cheeky smile. so I always relish the opportunity when I can share it, particularly when someone else does find it funny :)

[@lupiniii6868]

This is dangerous stuff

[@MedorraBlue]

A brilliant explanation! Thank you very much.

[@amygleckl4798]

Sick beats. In all seriousness though, this was a very helpful video for understanding resonance and beating, thank you.

[@swt93]

the best illustration of beats/frequency I came across thus far

[@belac_4176]

That was a really good demonstration!

[@reenakullachanda1683]

The way the person was stopping the tuning fork was amazing

[@gabetayco6988]

Thanks for helping me on a science lab I didn't completely finish

[@Rectitude4U]

What difference in frequencies will create the most audible beats? Why do you not get beats when plucking two strings on a guitar?

[@jillreedreveals785]

This is so amazing!

[@skylarpenney5259]

This takes me back to high school physics. More people should learn about this.

[@asilvap]

What's the name of that property? It only applies to metals or could replicate with other materials?

[@ThisClanTagFails]

Makes understanding resonance so much easier. :)

[@GoFastBeSafe]

Imagine using a dynamic mic for a sound test XD

[@markcodysr]

Since EVERYTHING vibrates, the spiritual implications of this experiment are fascinating.

[@purpleturkey6633]

This video was exactly what I was looking for. I wanted to understand the beats my science book was talking about.

[@tmxmutahar6280]

Very good demonstration.

[@parisadehghan7069]

That weight attachment.. It's important where we put it .. It makes different waves .. How is that?

[@AestheticSloth420]

Why is there an industrial AC running the background tho

[@patriciawaldock8930]

Does it cure chronic pain from Ostioarthitis

[@vivekg6209]

Direct to the point... Pure physics 🤗😇

[@monsterjazzlicks]

The secondary tuning-fork, when in 'sympathy', appears to resonate at a significantly less volume than the primary. Is this correct, or was it just that the microphone was not fully capturing it? Thanks.

[@chrismurray8019]

is the answer that the second tuning fork needs an amplifier?

[@Jakob2202]

This is going to be my new ringtone

[@veenanandeshwar4898]

Great!! This is what I badly needed:):)

[@mkorros]

Where can I buy these forks and boxes? Amazon's options look cheap... Help please?

[@VictoriaBCProperties]

Do you mind if I use this in one of my lessons on my channel?

[@martywilsonlife]

Sympathetic vibration?

[@Coccelo]

Could this principle have been applied in ancient times in energetic systems in order to wirelessly transmit a frequency? Ex. a pyramid and an obelisk (made from the same quartz crystal material) Just an idea.

[@darkgreninja8349]

No

[@1szera]

Darkgreninja why not, it seems logical?

[@MasterYoda389]

huhhhh.....interesting D: How .....far can this resonance reach?

[@lg4667]

Hi may I know the specs of the tuning fork and the dimensions of the box? Thanks Badly need your help

[@bethroberts33]

lala gee You only need a small difference in frequencies rather than specific frequencies for the tuning forks. If your tuning forks are the same frequency then the observer can walk across the room in front of them to hear the beats. The box dimensions are not too specific either, as they simply amplify the sound. You can even forget the boxes and rest the handles of each tuning fork on a table or other surface.

[@lg4667]

Beth Roberts Hi thanks for the response. If i happen to prepare a set up of resonance using a hanging pingpong ball, is there a specific frequency required? If I use identical tuning forks of 516 Hz , will the pingpongball bounce more or higher compared to a set up using 256 Hz tuning forks? Thanks

[@eternal8song]

very cool. which harmonics do tuning forks produce?

[@newsjustin...]

You can split rocks with tuning forks. Hidden knowledge.

[@MrLoukato]

thanks jontron

[@الصفوةلتعليمالعزفعلىالقانون]

Hi.. I want to contact you sir

[@ManeeshVijaykar]

Thank u, it helped me to undrstnd what is resonance

[@dyonomitereacher8140]

Great , thank you.

[@Serubis]

can you connect both tuning forks with a wire and resonate them there is hieroglyph in Egypt with two tuning forks and wire connecting both and if they added copper tubes they could drill resonance holes in granite maybe that what Egyptians use sound vibrations to lift heavy granite stone blocks and cut them and build the pyramids with tuning forks and sound technology we need to re-discover this Ancient lost technology to do the same in today's world :)

[@dorianquintero2269]

Hah I came here looking for that

[@nicholaspullem4246]

they made the forks resonant with natural forces, this would cause a current between the wires. free electricity.

[@BestYouTubeVids123]

You are very well experienced in the frequencies very cool so what kind of beats will the 5G millimeter wave towers make?? Asking for a friend 😬🤷

[@yana-kl6ss]

I couldn't hear the second one the 2nd time. did anyone else hear it?

[@suushii90]

thats the point.... It is even explained in the video

[@mccl0ut]

goop anyone?

[@CarburetorCole]

poor mans dubstep!

[@ankitff3011]

💯💯💯

[@marnoi8754]

law of attraction anyone?

[@bangtanillustrator9723]

Hi

[@tilkibazil]

wow.