Standing Waves

[@waleedebye]

Underrated video! I must say, does it deserve 2.2k likes‽ What a shame on us; we overlook these masterpieces! Respect for this guy explaining stuff, easiest possible. Respect 🫡from Pakistan 🇵🇰

[@ameersaifi8097]

THE BEST OUT OF ALL VIDEOS ON KZbin! DONT WASTE YOUR TIME ON ANY OTHER VIDEO ! THIS GUYS EXPLAINS IT ALL

[@dagger4648]

idk, kzbin.info/www/bejne/eoazfYWbarV7rKc is pretty good too

[@HearNoEvil-]

Excellent video. Very clear. I appreciate that you used musical instruments to demonstrate standing waves.

[@valentinacampagnaro8216]

One of the best explanation of standing waves I heard so far. Good job! :)

[@iamroanne]

Thank you again for these wonderful informative videos. I love that they are straight to the point. Thanks from Australia Sir.

[@mahamraza8119]

the explanation done makes the concept so clear.Great job mr andersen!

[@ezibosworth5799]

nice I've searched through youtube but finding this videos has given me a conceptual understanding of standing waves thankyou very much

[@MV-tz6ye]

Thanks Paul! These videos on waves are great and just in time for my physics exam tomorrow! Your biology ones also saved me so hopefully ive done well! Keep them up :)

[@zaclichtsteiner2229]

Good luck on your physics exam!

[@emmanuelwinston8817]

I was watching your video while signed out but I signed in just to like your video. I'm sure your pictorial explanation will help me to remember this for a long time. Thanks for the video!

[@MelloCello7]

4:42 It would be helpful to to elaborate on which end is the Node and Which end is the anti node. Im assuming the node is open "trumpet" end where sound is met with equilibrium end of open air, a "barrier" of sorts that won't allow compression; and the Lip end is the antinode since thats were most of the pressure is being generated, and acts as a hard barrier, an ideal place where compressions can be built upon itself.

[@MelloCello7]

Wait, by that same logic, shouldn't two open ends nodes, as it is explained here (newt.phys.unsw.edu.au/jw/pipes.html) or am I missing something??

[@silvianitti4426]

I teach Physics , you are always the best . I use your video for integrating CLIL lessons. Thanks

[@hosseinrajabi3885]

Very impressive and complete.

[@MosMoses-h8t]

Very very very very very very very helpful sir😊😊 thanks❤

[@patsypatterwin8814]

Can a house resonate standing waves through walls and floors creating vibrations similar to a drinking glass vibrating with sound?

[@hsnozgr]

Great examples! Really helped me learn it all! Thank you!

[@user-lx3yf7ic2f]

Great video! You earned my sub bro👍

[@therealcoolio3267]

Great Explanation!!!

[@dutoitar]

Wll done, understand it perfectly. Thanks.

[@Chainrist0100]

This is really funny, I made a rubens' tube and did a presentation on it today in my AP physics class.

[@Bozemanscience1]

Chainrist0100 Very cool. I hope the presentation went well.

[@DoctorKhullar]

Hey I am from India , my question to all of you out there is that , do y’all also have to DERIVE EXPRESSIONS like deriving the formation of a standing wave in your countries.... or is it just us ?

[@curiousbit9228]

We all do

[@075_ritikkumar7]

Bro we should always do derivations...otherwise you may face problem in understanding what the hell is actually happening.

[@chiragvashist8415]

Personal Notes: 3:55 Carefully observe the three different types of standing waves ..... Also refer : www.physicsclassroom.com/Physics-Interactives/Waves-and-Sound/Standing-Wave-Patterns/Standing-Wave-Patterns-Interactive Set on pre set waves .... amazing

[@danmyself5341]

Great explanation thank you

[@diamondgelato]

The Ruben’s tube seems really amazing!

[@benjaminurmston]

My class says, "Yes, this was a helpful video!"

[@PilotoZ]

basically, a standing wave has component waves making it seem stationary, right? What about photon (light) waves? As far as I understand, they vibrate perpendicular to their direction they’re traveling? would that be the same as its magnetic field?

[@ozzigzach7013]

thank you, Mr. Anderson!

[@hamedhosseini4938]

thanks for covering this professor!

[@TyzulaShipper183]

thank you! very helpful!

[@jamesmcconnell2474]

So are there standing waves inside the Reubens tube? If so would the Reuben tube have one fixed end and one open end? Or both fixed ends?

[@romanrodriguezsyzonov215]

do they need to be from a coherent source ?? with same A and f And wavelength

[@carlsydney6713]

Superb!

[@shameemsoomro7863]

can you please the differnece b/w transverse and standing wave pleaseee @bozemanscience

[@farftechd]

I just wanted to know what to do about seasickness

[@patsypatterwin8814]

Is Infrasound a standing wave?

[@allenllewellynkra]

Nicely explained sir

[@onatyarclar3938]

THANK YOU SOO MUCH MAN!

[@smileylaurenn]

Life saver, thanks a bunch!

[@drdpi]

If I can hear the standing waves they must be traveling to my ears, no? So is it correct to call them standing waves if just like regular waves they travel to my ears? Can you help clear this up, I'm confused. Thank you.

[@nilaydhote7463]

Thank you Sir

[@damjanjoveski2803]

In a few days I have to do a presentation on this, I made a Rubens' Tube, but the theory is somewhat hard because, we haven't learned that in school yet (we'll learn that in 2 years I think)

[@dhavalsuthar9692]

sir is that possible that pluking the string fixed from both ends vibrate forever if it is in space??

[@sharekh711]

very good job

[@RaedMughaus]

So helpful. Thanks

[@edwardhong2170]

HI, for a standing wave i don't get how you created two travelling waves(Blue and red waves) in your video. Do you pluck the string twice or once? Thanks for the help!

[@christinahollingsworth7080]

The blue wave is traveling left to right and the red wave is a reflection of the blue wave off of some surface and is traveling right to left. Where the wave and its reflection meet at their peaks they create another wave that is the standing wave. They also add to each other making the standing wave larger than the original. I hope I explained it well enough.

[@AlexHop1]

Greqt video, thanks!

[@leakanapraseth9895]

Thank you from Cambodia

[@Tim1Awesome]

amazing thx man

[@patsypatterwin8814]

Can gas pipelines create standing waves like a Rubens tube?

[@stokes111111]

thank you so much

[@noorsahar9212]

Thank you so much sir ..

[@RagHelen]

An atom is a crowd of quarks with vuvuzelas!

[@snoop_dog8859]

Bro has been getting me through high school

[@leggomuhgreggo]

Wow!

[@In-ve8ln]

2:20

[@monkeith5705]

thanks!

[@selvimuthusamy5624]

Super

[@stupit1679]

everybody gangsta till the wave start standing

[@Jaybhumit]

Thanks from india

[@aman2426]

Mr. Andersen...we've been..

[@MCRHN]

dude thanks

[@diyakasaragod1152]

amazing :)

[@helium73]

what if atoms are standing waves that span the entire universe?

[@Ashabarala]

You just love saying vuvuzela, don't you?

[@azizkash286]

Goat

[@slokeshrestha5372]

ofcourse that was helpful :)

[@Caff-pv8fg]

This is ap? Im learning this for our 8th grade science class lol

[@cgsgaming2519]

upload game play

[@shameemsoomro7863]

+bozemanscience

[@roudra323]

Where is the equation?