Angular Momentum Quantization in Bohr Model, De Broglie's Wave-Particle Duality

Link to Quantum Playlist:
• Elucidating Quantum Ph...
Wave-particle duality and the De Broglie wavelength are used to show why angular momentum is quantized in the Bohr Model.
#quantum
#bohrmodel
#angularmomentum
Konstantin Lakic

[@NarutoUzumaki-ul7xf]

Bro I am Indian and got the concept thank you for your hardwork

[@aakashverma6411]

✨

[@abhijeetattri3483]

Ye lambad =h/MV de Broglie equation Rutherford k bhot Saal baad aayi thii... Ye bat Rutherford phle he bta chuka thha MVR=nh/2π wali bat

[@danksourav]

​@@abhijeetattri3483yahi toh mystery hai bhai

[@heluvsahona]

UR VOICE IS SO RELAXING AND THANK U FOR THE VIDEO !!!

[@mbalimtsweni5199]

Than you so much

[@giovannazuliani8554]

Hi, this video was super clear and easy to follow. You did such a good job, much better than a lot of experienced teachers. Thank you for the content!

[@patelnehil5003]

I am from India thanks for this video

[@SN-edits4u]

Me too😂😂

[@adityabhusanur7440]

Me too ☺️

[@uggupuggu]

@@Elucyda how do you know that the n which means number of wavelengths equals the quantum number

[@glamorousarts2291]

You literally explains wonderfully! Seldom had I found explanatory vids like it .

[@arnavkatepallewar1771]

Great Video and Explanation! Wondering why you haven't got views :(

[@danksourav]

But how dil bohr know this equation of quantization of angular momentum before de broglie proved it?

[@shardashree7948]

Hey 👋🏻 I'm also from India... thank u so much for this video😊

[@timtim-vz9yd]

@@Elucyda good explanation

[@jacobvandijk6525]

DON'T LOOK FOR "ANGULAR MOMENTUM" IN QUANTUM MECHANICS. THERE'S NO VIDEO ON THAT SUBJECT.

[@ysra4823]

You are very handsome

[@pranavsetpal]

WOW that was an amazing video! Finally understood how we get this formula. Thanks a ton! Loved it :D

[@RevocatusPaulC.P]

Thank you very much sr you have explained it plainly and I have really understood it very well

[@jhoomjhoom1172]

No words to describe.😶....... thank you sooooooo much ☺️

[@joshescobar3065]

What an intuitive explanation! Well done sir!

[@lilybennear577]

Such a helpful and concise explanation! so cool

[@anoshraoji9722]

I liked your explanation sir.

[@نوره-ز6خ8ج]

Thank you,you’re such a smart guy

[@mohansahu7641]

Thank you very much 🥰 I was really struggling with this topic over a month but it is crystal clear after watching your video...keep it up 👍

[@RajKashyap-ec9vr]

U are just looking like a sara ali khan brother becoz your face is matching little bit

[@SandraSmith-e4l]

Love u man!!! thanks a million!!!

[@veigar1235]

very clear explanation,thanks!

[@prabodhadilshani6782]

Thanks....good explanation ❤

[@AVKLesssons]

You are great teacher.thankyou.

[@comptech5240]

Hey, a quick question. If electron is behaving as a wave, which is part of Quantum physics, then why are we relating it to angular momentum, which is part oc classical physics. Furthermore, how can electron, being a wave have angular momentum?

[@Mr.entertainer760]

It's not just wave it's circular wave. When comes to angular momentum it's MVR you need to take radius also cuz it's revolving circular like wave. Take a wave and try to attach one end to other it looks like circle. It's hard to visualise in comments. Maybe I think u visualised. So that's the thing.....if you didn't understand ask me...

[@heluvsahona]

UR VOICE IS SO RELAXING AND THANK U FOR THE VIDEO !!!

[@hunararora8380]

thank u so much this was really helpful

[@ikhwanfikri5329]

ur video is great..thank youuu

[@rash7638]

Oh god i loved it

[@jewlfn9027]

commenting for the algo!

[@viswascharan2592]

pls talk louder my dear friend

[@Phymacss]

He’s loud and clear, check your audio settings

[@fatimairfan5472]

this was amazing.

[@teneoaristocrata3270]

Thank you so much! You are my hero as of now!

[@swisss1]

Well said. Good video sir.

[@devayanidevayani1496]

Most views from india

[@hs.3898]

Thank you sir

[@vamsimanohar2542]

Thank you a lot

[@marino60]

Whats is waving?

[@Vedant_2405]

Your video on angular momentum was truly impressive. Your explanation was clear and concise, making it easy for me to understand this complex concept. Thank you for taking the time to create such a helpful resource.

[@zodiachunter.]

Saif bhaiya aap yhn 👀👀👀👀

[@M_alkaaky]

شكراً

[@Bruce-ip2it]

thank you it was helpful

[@Bruce-ip2it]

@@Elucyda I was having real problem imagining the orbitals with equation cause I couldn't understand my teacher thanks again this helped

[@nancyplayback8107]

Good explanation

[@jaygondaliya6245]

sab indians hi hai yaha lol

[@exabyte7393]

Han😁 neet jee waale

[@rishabhsrivastav7748]

Hi bro

[@fiddlesticks6146]

tysm!!

[@spaceprogram777]

Thank you so much brother 👍🏻👍🏻👍🏻👍🏻

[@sufiyaparrot962]

I couldn't find such a good explanation in hindi

[@sarahrama4921]

SO CLEAR! thanks so much

[@BinYamin-um1ce]

Thanks a lot. Take love from India

[@coolwinder]

What does the phonon do when it gets absorbed by an electron?

[@phonemyintaung9430]

❤

[@rishabhsrivastav7748]

I'm good understand your concept

[@kevinochung3776]

thank you the vedio was clear

[@user-os1xg5di1z]

شكرا والله جنت محتاجة هذا الشرح لان بحثت كل اليوتيوب مالگيت مثل هذا الشرح

[@nuwangiliyanage1166]

💕

[@HassanAli-lc9mj]

What is quantised, is quantised means continuous?

[@islam2681]

quantized means in discrete packets, like you can't have 1.5 of that quantized object, same as electrons, you can't have one and a half of an electron

[@HassanAli-lc9mj]

@@islam2681 Thanks

[@damvan8099]

Great video! Thank you so much.

[@aravindss11b78]

nice work buddy keep going

[@AbhishekSingh-ru2hj]

Great explanation 🙏

[@shawkir35]

Thank you, so much.

[@hailgodsclepius]

Thanks a lot.

[@MrsChandio786]

You are a great lecturar

[@viswascharan2592]

i too from india

[@Therock151214]

Thank you.

[@tendi.rutsate]

Wonderful

[@_BhagavadGita]

excellent.

[@enn-4998]

Thanks!