Standing Waves Introduction

[@sirsploob7942]

I realize now why my physics teacher loves you so much

[@FlippingPhysics]

I gotta ask. Why?

[@sirsploob7942]

Flipping Physics cuz your videos are an amazing way to learn a lot and it’s easy to learn and interesting, you’re a good teacher, and your videos are fun and cool

[@FlippingPhysics]

@@sirsploob7942 One heck of a compliment. Thanks!

[@Layarion]

@@FlippingPhysics cuz you do their work for them in an on-demand video and they don't even have to give you a paycheck.

[@mildapprehension]

WOW I am seriously going to cry. I've been studying for the MCAT and could not understand standing waves for the life of me, but you just made this crystal clear. The voices were saying verbatim what the little voice in my head was saying lol THANK YOU!

[@FlippingPhysics]

This is lovely. Thank you for letting me know. Makes me happy.

[@memyselfandi4109]

I may be in higher level classes now, but I love these videos and always learn something

[@FlippingPhysics]

What a great compliment. Thanks!

[@johnerickson2649]

Best explanation on standing waves out there. So thankful for your clear, demo-filled lessons! My students and I appreciate you.

[@FlippingPhysics]

Wonderfull!!

[@chungta.93]

This is one of the best videos I found on KZbin. It's so GREATTTT !!!!! Knowledge becomes detailed and easy to understand. From the bottom of my heart, I give you my deepest thanks.

[@FlippingPhysics]

You are absolutely welcome!

[@leonatomy]

your animations were so helpful!! I watched several videos before this to try to understand, but it only hit after watching your animations!!

[@FlippingPhysics]

Happy to hear that!

[@ishanrath4071]

@@FlippingPhysics thanks a lot...teachers are just teaching it with words ...we require such animation to increase our visualising power

[@pierrotzzz]

Our physics teacher lowkey sent this video in GC last night, and I already see others saying the same thing. This is a great introductory video, good job!

[@Zzzzzzzzz678]

you're absolutely the very best doctor, I've finally understood standing wave by your video

[@FlippingPhysics]

Glad to help!

[@ASPENCE-s3r]

Brilliant. Used this with my AS Phys class today and we loved it. Videoing Meldes experiment and the animation of interference really gets the key points across clearly. Thank you, your production values are so advanced.

[@AdeebAnsari-i9t]

Damnn mannn... You can wrap up the whole career of my physics teacher 🫡🫡🫡

[@TanyaAnandISM]

i AM SO HAPPY THAT I FOUND YOUR CHANNEL !! My Concept is now super duper clearer !!!

[@anthonystefanou2095]

One of the clearest explanations I've ever seen man. Thank you so much! I wish you were my teacher!

[@شيماءصلاح-و1خ]

Why on the earth your channel is not yet 10 million subscribers !!! You make physics make sense. This is a superpower.

[@FlippingPhysics]

Thanks. I should get a cape.

[@GauravGiri.]

Best explanation I could find on KZbin.

[@brianmcelhenny7645]

Awesome job with the animations, this makes explaining this to my students so much easier. I'm referring all my students to your videos. Keep up the good work!

[@dannickstrom469]

Best standing wave video I've seen. Well done, sir!

[@foofi27]

Thank you so much for putting so much effort in your videos, I appreciate it.

[@neodonkey]

Finally, someone explained this in a way I can understand! Awesome job!

[@jennifers9513]

Wholly Cats. You have made amazing content. I am in a Hearing Science class and your videos are incredibly helpful. I must suggest these to my instructor and to fellow students for easy understanding. Thank you.

[@FlippingPhysics]

"Wholly Cats" made me laugh. thanks.

[@parthshitole4948]

Best explanation of standing waves available

[@FlippingPhysics]

Glad you think so!

[@elevatepakistan2630]

ohhhh man you r the best teacher you generate questions and answer them like you know how everyone is goona question you

[@stephaniediaz8780]

THIS VIDEO IS A MASTERPIECEEEEE WHAT OMG IM SO GLAD I FOUND YOU

[@FlippingPhysics]

I AM GLAD YOU FOUND ME AS WELL HAPPY LEARNING

[@tombouie]

Quite enlightening, Also I'm amazed how well a geek scientist can communicate so clearly, thks.

[@NightshadeProduces]

this video was soooooooooo helpful !! Thank you for putting this effort for this! The result is amazing

[@gourvi6339]

you deserve the like button without begging like others, take ittttttttttttttttttttt

[@miahmariam3071]

Best visualization ever possible! I totally loved your work. 🔥

[@FlippingPhysics]

Thank you so much 😀

[@miahmariam3071]

@@FlippingPhysics you didn’t heart

[@Yesindeed-v5m]

This is one of the best explanation of standing waves. Thank you for your generosity sir.

[@hellospacex]

We have to understand the nature of a problem to create. Your lessons are amazing. In my country I cant find videos like these. Keep going to save students like me. I actually need to understand the problems, not learn by heart formulas

[@FlippingPhysics]

Thanks! 😃

[@uncurledink1952]

I hope I catch you on this comment Mr. P, I love your videos so much, you helped me pass my test today after I’ve been struggling with the subjects of WPE and Momentum, I haven’t stopped watching them and at this point it’s pretty much like a Netflix Binge except I’m learning, I love your videos!

[@FlippingPhysics]

Wow. Wonderful to know I have been able to help you learn. Keep on binging!

[@chandlerh2511]

Great explanation for the origin of the harmonic series.

[@Ishaan35]

Awesome video! You cleared all my confusion in 11 minutes! You need more recognition!

[@angus2170]

This guy is amazing. Keep bringing us the great content!

[@JenniferPChung]

OH MY GOODNESS!! Thank you for breaking it down to simple terms!!!

[@peterverbeke1383]

You're teaching is the best. So humble and well explained. I'm happy I found your channel. This was a pleasure to watch.

[@FlippingPhysics]

Wow, thank you!

[@Layarion]

Ferd, "you're" is short for "you are". "You are teaching is the best." is not right. "your teaching is the best." is. which is exactly like saying "FlippingPhysics's teaching is the best"

[@peterverbeke1383]

​ @Layarion Thank you Layarion. I make similar corrections when I see people apply incorrect usage of "your", "you're", "there", "their", and "they're". I must have typed really fast and had a brain fart when I was making this message.

[@tanmayloshali8760]

I love you and your lectures a lot! thanks to your efforts that we are able to get such a high quality education of physics by you. I believe that surely you are a scientist because the real demonstrations of all these things i had never seen in my bookish life of physics but you teach us experimentally which only a scientist can do. a lots of love...........................thanks

[@FlippingPhysics]

Thanks for the love. Very happy to be able to help you learn.

[@nafizkarim5191]

dude thank you makes it so much easier to understand, my physics teacher is having a hard teaching waves through virtual classes xd

[@richardfeynman4315]

Use this video for my college class. Excellent!

[@FlippingPhysics]

Wonderful! (Always good to hear from Professor Feynman!)

[@ansarijuned1234]

Best explanation on standing wave

[@lavanyabhatnagar7412]

Thank you for this absolutely wonderful video. Got the answers to all my questions and queries. Flipping Physics is great!

[@FlippingPhysics]

You're very welcome!

[@wilydingus]

Awesome demos, I finally get what my music studio techniques is getting at. Thank you so much!

[@FlippingPhysics]

Rock on!

[@KBAZ100]

Nice job on adding the free end to this video! Excellent work as always Mr.P. !

[@FlippingPhysics]

Thanks. I figured it was worth updating. Do not know why I missed doing it that way in the first place. Oh well!

[@adenwhw]

I really love this video i think it is the best stationary video on youtube. I only have a quick question. One of the ends doesn't seem fixed as it was vibrating with the vibrate. Why it is still called both ends are fixed

[@FlippingPhysics]

Thanks for the kudos. You are correct that it isn't quite fixed, however, it is nearly fixed. I talk about that here: www.flippingphysics.com/standing-wave-impossible.html

[@prathameshk9011]

Thank you so much bro. You are helping students very much. I am from india and preparing for medical entrance NEET exam. I was finding it difficult to understand this concept but you just made it clear with your knowledge and super animations. Thanks again keep making awesome videos like this. God bless you...

[@FlippingPhysics]

Thanks for the love and best of luck on the NEET!

[@lorenzothepasta2820]

Thanks bro, the animation really helped me understand standing waves. I was really having difficulty understanding this concept.

[@SarrouTube]

You are among the best teacher

[@papayasrcool5895]

my entrance uni exam is next week, your videos r helping me out sm thank you. hopefully ill get into imperial :)

[@FlippingPhysics]

Best of luck to you!

[@tapanbaral5862]

Wow, thank u sir.. U literally blew my mind. I'm sharing this with all my friends..

[@FlippingPhysics]

Thanks so much!

[@joanyoon4672]

Oh, my God! NOW I understand what exactly the standing waves are!!!

[@FlippingPhysics]

❤️

[@AlexandrBorschchev]

best channel in youtube

[@FlippingPhysics]

😀

[@flaze3]

Thanks! I was so confused by nodes and antinodes and this has really clarified it for me!

[@FlippingPhysics]

Glad it was helpful!

[@MubashirHussain-pc7ft]

I finally understood this topic,thanks a lot.

[@mrudulatayade3793]

This explanation was soooo good and clear! Definitely subscribing. The effort that you have put in this video is commendable 👏👏👏 Keep it up, I will recommend your channel to my fellow classmates.

[@FlippingPhysics]

Thanks my friend!

[@donaldkeith139]

Note to self: - at 5:30: "Neither of those waves exists *by themselves*" - that doesn't mean those waves don't exist, it just means that they can't be observed as waves going forward or backward, they can only be observed as standing waves. - this is because, when the wave generator is set at high enough frequency (i.e. such that there is the opportunity for forward travelling waves to interfere with backward travelling waves), every point in the forward travelling wave and backward travelling wave will add up either constructively or destructively.

[@phenomenalphysics3548]

Omg! So these are standing waves?! So cool 👍 You are the best physics teacher!

[@tomyuan1998]

best explanation on standing wave

[@FlippingPhysics]

Glad you think it’s helpful

[@ahmedhassan9398]

Your videos are so great, you deserves a lot more subscribers...

[@FlippingPhysics]

Glad you like them!

[@abdulrafai5712]

I am from India and IIT JEE Aspirant and it is really fantastic to understand concept. Thnks Sir 🎉🎉

[@FlippingPhysics]

You're welcome and best of luck with your JEE prep! 🎉

[@abdulrafai5712]

@FlippingPhysics thnks sir

[@AditiSharma-ki6hc]

Absolutely amazing explanation!⭐

[@FlippingPhysics]

Glad you think so!

[@rameshsaxena2318]

Physics is all about Visualization...Love your videos..Keep it Up!!

[@FlippingPhysics]

Will do!

[@maxxz_7033]

I like the concept of the 3 students 🎉🎉

[@UCSAmit]

What a nice explanation!. I think this viedeo is a great motivation for learning waves. Every single doubt has been clarified.

[@FlippingPhysics]

Wonderful!

[@sharykoya630]

thanks this vidio helped me alot to understand about standing waves and imagin of this waves thanks again😊

[@FlippingPhysics]

You're welcome 😊

[@lorenzopinheiro7258]

These videos helped me so much! Keep up the great work!!

[@phenomenalphysics3548]

9:55 but why do they have to be an integer multiple of Lambda by 2?

[@aaronmathew4420]

thank you so much for the animation. my textbook didn't even care to explain why does it look like a loop.

[@naturalmilkhoneyandzenretr9508]

Oh I am so happy I'm crying. Thank you

[@FlippingPhysics]

Wonderful!

[@whuzzzup]

Thank you for the video, especially the part in the beginning. I have looked through so many videos on the topic and yours is pretty much the only good one, so I will use yours in class. I just found it by accident since the search did not show it. May I suggest you also add the term "wave reflection" to it?

[@FlippingPhysics]

Glad you found my videos! I did add "wave reflection" as a keyword, however, in my experience as a creator, the keywords do not help overmuch. Also, the words "wave" and "reflection" are already in the description and keywords.

[@emamhasan7554]

After seeing this Im actually feel the Standing wave how to be work! Love you sir! U r awesome always 🔥❤❤

[@FlippingPhysics]

This comment made my day. Thanks!

[@loosemorals145]

Thanks for making transition into online school just a little bit easier

[@dmytrodieiev9338]

Great job, thank you for making this topic clear!

[@FlippingPhysics]

Glad it was helpful!

[@claralira6989]

Amazing explanation! I'm learning a lot with your video. Thanks 😊 🇧🇷

[@bvskousik9250]

Thanks for entertaining us with ur fun filling physics videos

[@mjylove2]

another great contribution to human history

[@FlippingPhysics]

Nice!

[@vamosabv]

This is a brilliant video. Thanks a ton!

[@shashidharshashidhar5728]

Simple, clear and effective

[@connorbrown8744]

love your videos, you are really helping me understand the content in my physics two class

[@jatinsingh-yz5rz]

just fabulous brother love from india

[@adx_f9907]

Thank you. So clear and helpful.

[@adityarockzz3986]

Simply superb explanation

[@FlippingPhysics]

Thank you 🙂

[@clarksnell]

The display on the signal generator is a light emitting diode (LED) display not a liquid crystal display (LCD).

[@kkkk-uu7pq]

thank you so much!!!! the explanations and the animations are excellent!!!!!

[@blessypaulraj7493]

Incredibly superb!❤️

[@vukasinspasojevic1521]

Great visual explanation!

[@FlippingPhysics]

Thank you!

[@beautybiz4242]

I was only able to understand my lecture because of this video. THANK U

[@FlippingPhysics]

So glad to help!

[@geoffphillips8183]

Fun and insightful vid!! Thanks a mil, now my understanding is much clearer!

[@MyBlueZed]

For the first time I can see that the interference between the wave and its reflection creates the standing wave and the frequency has to be specific (the phases) for it to form.

[@kirillozeau7933]

I absolutely love this video!

[@ivanmarkovic6830]

This was super fun!

[@darwinsaye]

I can't seem to find an answer anywhere to a question I have; maybe you can help. In the case of a plucked string (not a string induced to vibrate by an oscillator) will the wave move in a single plane according to the direction it was plucked, for example, up and down, but not side to side, OR, will the wave begin to drift off of this up and down axis and begin to move more like a skipping rope? Or perhaps remain moving in a flat plane, but not strictly up and down, but at varying angles side to side as well?

[@sharykoya630]

hello can iask a question what is the longest number of wavelength that will be has in standingwave ?...thanks to you

[@FlippingPhysics]

Please watch: www.flippingphysics.com/standing-wave-speed.html The longest wavelength will be with 1 node and 2 antinodes, which is the first standing wave pattern shown in the video.

[@sharykoya630]

@@FlippingPhysics thanks to you thats usefull but imeaned is there can be for example a wavelength of an standingwave over 1km or it just can be asmall number for wavelenght??

[@abdulquader5196]

definitions always say stationary waves are created between two rigid ends. Experimentally one end is fixed (say, right end) and other end (say, left end) is being moved at lower amplitude to create the waves. How do you fit this small movement of one end in the definition?

[@onlyracing263]

Super concept clear sir 🙏

[@seemonsingh20]

Does the amplitude decrease with the increase in the nodes?

[@iampuzzleman282]

Sound impact??? Maybe explain?

[@lambda6928]

Pour moi il y a quelque chose qui n'est pas clair. Quand je joue les harmoniques sur la corde E de la guitare, j'obtiens au milieu de la corde l'octave (disons mi 164.8) mais il y a d'autres endroits statiques de la corde ou je peux poser mon doigt sans étouffer le son. Comment dois je me représenter les divisions et les noeuds sur chaque corde ?

[@AwaisIqbalBSE-P--]

Excellent ...a very unique way of teaching and it is effective one...❤️

[@FlippingPhysics]

Thanks a lot 😊

[@ntdchill9215]

Could you explain more about the resonance occurring in standing waves? This wasn't mentioned in your video.

[@FlippingPhysics]

Are you talking about this? www.flippingphysics.com/resonance.html

[@ntdchill9215]

@@FlippingPhysics Yes, that's right. By the way, if we apply a forced oscillation with an amplitude of A and change the frequency of the forced oscillation to match the natural frequency of the string, it will create an incoming wave with an amplitude greater than A. Therefore, when it interferes with the reflected wave, it will create a standing wave with antinodes having an amplitude greater than 2A, correct?

[@abdulgafoor7076]

Sir similarly how the vocal folds vibrate at multiple frequencies at the same time. Generally they vibrate at specific frequency right, then where do all harmonics along with fundamental vibration come from ?????? Pls clarify sir.

[@hashirkhattak9180]

Sir You are a hero...

[@ishaansubudhi7248]

how are the end points nodes if the first endpoint is moving?

[@FlippingPhysics]

Please see: www.flippingphysics.com/standing-wave-impossible.html