Beats Demo: Tuning Forks
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- Опубликовано: 19 авг 2016
- This is a demonstration of the periodic variations in the sound loudness, or "beats," produced by two frequencies that are close to each other, with the beat frequency given by the difference between these frequencies. The nearer the two frequencies, the slower the beats. Thus, musicians "tune out the beats" to tune their instruments to a reference frequency.
It was created at Utah State University by Professor Boyd F. Edwards, assisted by James Coburn (demonstration specialist), David Evans (videography), and Rebecca Whitney (closed captions), with support from Jan Sojka, Physics Department Head, and Robert Wagner, Executive Vice Provost and Dean of Academic and Instructional Services.
when he said wawawawa...i felt that
He became Crash Bandicoot lol
Me 2
Like what it feels like after huffing gasoline ⛽️ 😅
Wahwahwahwah
Brain goes Voomvoomvoomvoom
thanks, I studied theories about it but never saw practically... thank you very much.
`Wow. wow' What an explanation!..
Thanks for making all these demo videos, with my classes out due to corona and no access to my equipment, your videos have helped bring physics to life to my students.
Hi .. where are you from
Yes I'm here after MR sir's wave lecture😂✋ also this demo is superb! Thanks a lot
Arrrre Bhaiiii Sameeee!!!!
😛
Such a beautiful demonstration. I look forward to more
It feels amazing when you experience the theory in practical form thank you so much ❤️🙏
thanks a lot for the demonstration. In our school, we are barely shown such demonstrations and i think these demonstrations are absolutely required for learning physics.
Thank you sir..I appreciate your work for making students understand concepts practically.
My sir(MR Sir PW) used this vdo to visualize beats frequency... Thanks❤
YES
Kab kiya??
He used an app
Sahi kaha bhai waves lec 9 yakeen
my physics teacher ( Ankit bala sir) also used this at unacademy to teach it
Fantastic demonstration !!! loved the explanation as well....
Nice explanation..I finally understood beat is actually the waau-waau sound...and your necktie is the pattern of piano keys. Wow!
beautiful demo fs
(love your tie prof)
Do you hear the wa wa wa?
Me: yes of course, you're doing it.😂
Accurate explanation.
Thanks!
wow wow wow wow... wow wow. It's super easy to understand, barely an inconvenience!
I love this... wonderful documentation ❤
Very impressive demonstration
Absolutely confusion crusher sir.Teacher is the outstanding welwisher and nation builder and worthier of thanks
I have never see a tuning fork so I Needed this to understand my textbook . This was nice . Especially the piano tie .
Haha I thought it was a nice touch!
I have my physics exam tomorrow and i didn't understand beats in waves until now. Thank you very much sir!
Really loved it great demo 💝💫
I loved his piano 🎹 keys tie!
Love the piano tie.
Thanks, great demonstration! I understand beats in tuning now.
love how he matches his tie with the topic
The phenomenon of beating is shown greatly
I'm a mechanical engineer and I've heard this many times being in India. When temple bells ring, I've noticed this a lot and have wondered what was that wahwahwahwah sound !
And here I get an answer, just amazing. No f**king teacher (not being disrespectful but just an emotional thing), all my life taught me behaviour of Beats phenomenon in real life.
I bow to you!
Amazing phenomenon.
very clear demonstration, thanks
Nicely demostrated
Thanks, I sent this to a non-musician who has just joined the church choir club and wants to know how to tell when something or someone is in tune.
Amazing demonstration, great job.
Thanks for the experiment,nice
Hey, I am from physicswallah ,after lecture of beat formation to see demo of it.
And I got perfect explanation and demo ,
Thanks
😍😍😍
Same, i am also from physics wallah.
SAME HERE
Thankyou now I understood the phenomenon of Beats
Thanks for the experiment sir.
lovely tie!
WHO IS HERE AFTER MR SIR CLASS
Sir you are doing a great job
Thank you so much. It is so helpful.
Thank you so much professor
Thanks a lot sir, finally I have seen n studied it practically (apart from theory)
Thankyou very much for this demo😊😊
That's how dubstep was invented
nah dubstep was invented by these three ancient aztec warriors in 1939
@@eldritch1174 thank god 2 of them died and the third is orbiting in space for eternity
@@shantanukale1468 and the last one eventually stopped thinking
Super explanation sir really impressive
thank you.
love it
Wonderful
Yakeenian here after MR sir class😎🤘
Is it a bit how noise cancelling works if I understand correctly? The soft part of the 'wah' happens when the wave of one fork collides with the wave of the other fork and cancels it out
Fantastic!
Thank you soo much sir.
That was cool:)!
Thanks you so much sir ☺️
😍 amazing 👍.
Really hard worker you are
I searched up beats that I can rap to and this g came up.
Thank u sire... for making physics easy
This is really an wow wow wow wow explanation 👍
Thank you
Nice explanation 😀
Can you give a video with multiple...or 3 tuning forks
thanx : very helpful!
Thank you so much sir
Thank You
Does a vibrating tuning fork weigh any different to when it is not vibrating?
You should also tell about group and phase velocity dera Prof during this experiment.
Wow this is really wahderful
Thanks bro
thank u sir
real physics i so much better than the physics on papers
Practicality vs Theoretical
Right:)
Yup coz you learn quickly what you see rather than just reading about that ...its horrible
Too much knowledge
nice tie
Sir if u don't mind can make a video for electromagnetism....
someone know Whats the ball in his hand for?
Great sirji
Great sir.
Awesome
Awesome. !!
Great explanation sir! 👏👏👏
Very informative
Nice.. Thanks for teach that
Nice explained
Wah wah wah!! Nice
Thanks
Wowowowowoow
Nice 👍
Woah woah woah woah woah nice
There is a margin of accuracy or 0.001 mm = "waha" very distant in time ?
Wow wow wow😂😂 great one
nice
Wow thanks
wowowowowonderful
Thank u guru
Nice teaching ❣❣❣❣
Nice
damnn thanks man
Why does he hold the ball with the stick ?
Waluigi confirmed for Smash
Apparently no one here has enough meme knowledge...bruh
I love your tie sir.... excellent video tho
Waahwaahwaahwaah😂