Electron Magnetic Dipole Moment and Bohr Magneton

[@LaurenceBrown-rx7hx]

It's always nice running into this channel

[@pesgamer9264]

this video deserves more views and likes.

[@lunadud]

dude i am from india and i have all these things in my high school senior year syllabus and you just cleared my doubts . thanks man !

[@AKLECTURES]

TejAzVi you're welcome! :) glad to hear that

[@GlyturElsa]

+The Lunatic Dudette indian students always have it! like seriously.. #sickindianschoollife even studying abroad in an indian system sucks too.. :P

[@starorion8695]

Wow. If my teachers had just explained it as a current like you just did I would have understood where the equations came from. Thank you

[@GlyturElsa]

wow..you teach waaaaaaaaay better my tutor and my school professor!! haha..thanx mahn..ur saving me!! (everyday)

[@PingyeX]

8:10. Why without external B, L = sqrt(l*(l+1)) * h but Lz = ml * h after adding an external B field?

[@小江-j1i]

No, the mu won’t line up in the direction of B. The torque will cause the angular momentum to change, causes procession.

[@alexknex5898]

You are just awesome at this how you just made this topic a piece of cake

[@amankumarverma4875]

Very nice representation you are doing good 👍 Keep uploading your video. Very helpful 👌 ☺

[@beatricevaillant5108]

An other excellent presentation! Thank you.

[@sanjibmukherjee8484]

As it orbitts the path a magnetic dipole moment generates and trying to neutralize the effect the electron produces a current in opposite direction of conducting current.

[@cliffordwilliams9597]

So the magnetic dipole created by the orbit of the electron orients the electrons spin in the same direction? Do both the atom and the electron both have a magnetic dipole moment, or just the electron?????

[@Jarrod_C]

It would have been nice if you gave us the implications or applications of this or the why this is important and the bigger picture...

[@falgunisengupta1093]

Wished my teacher would have explained like u during my high school...i mean my concepts would have been way better thanks

[@cliffordwilliams9597]

Is this a Boston accent??? So cool to hear regional accents alive and well!

[@cliffordwilliams9597]

Brooklyn accent?

[@pong301275cmu]

I think you might wrong about Lz. L never parallel to B since it quantized. Lz is the magnitude of L with respecto the B direction.

[@kartikeyyyy]

Simply fabulous 😅😅

[@learningatkendriyavidyalay8749]

Clearly explained

[@rupeshkaka]

thanks sir, the concept was almost clear. but i was expecting the idea behind spin and orbital motion for origination of magnetic dipole moment.

[@misssweethearted]

amazing!

[@AKLECTURES]

Thanks! Hope your semester is going well.

[@uditgrover589]

at 9:51 you said that when we place the atom in the electric field, I think you wanted to say magnetic field. Please correct me if I am wrong.

[@seanki98]

ah, good catch!

[@ezbaby413]

Amazing .... You saved me from dying in the semester hahaha !!!

[@AKLECTURES]

lol thats awesome! :P

[@surya8891]

I like your videos dude . I'm also from india

[@cliffordwilliams9597]

@3:10 He stares into your soul......

[@mohitsain0706]

What is god particle

[@BishoGames]

Thanks a lot

[@alive4metal453]

okay... when you start talking about spinning electrons at 7:10... are you still referring to an electron orbiting around a nucleus, or literally spinning about its axis? please be clear because they are 2 different things

[@seanki98]

orbiting a nucleus. Otherwise, it would not have a magnetic moment.

[@subhashisbose5493]

thanks sir

[@vineetsahu1741]

Sir at 9:30 you said L is oriented with external B. I think it shoud be u. Please explain me if i am wrong

[@Abhishek-466yadav]

I am indians. I studying in forever teacher's

[@recall660]

hey andery ,does the new web page ,ready to use or not yet ,thanks

[@AKLECTURES]

Hey! Yes it is! You should register! We'll be adding new stuff as we go along but at this point its all ready for use!

[@recall660]

actually the site is not working and every time I open the page it gives me ,some simples .

[@AKLECTURES]

your browser might have saved the old site and now that the new one is up, you might just need to refresh the page for it to work.

[@recall660]

yes I did register ,but when I click on classical physics as example ,I don't see any videos

[@AKLECTURES]

well you have to click classical physics, then choose the chapter within physics, for example "kinematics".. then you choose the playlist, lets say "vectors and scalars" and then you choose the lecture. try it and see if that works.

[@RaydinAE11]

Duuuuuuuuuude....... Thank you!

[@AKLECTURES]

You're welcome! :)

[@RaydinAE11]

AK LECTURES This is perfect for my Intro to Quantum Class. Very insightful for helping me understand how dipole moments interact in the Stern-Gerlach experiment.

[@namy7506]

its an electron. not a lectron.

[@subratamandal2608]

5:40

[@basitkhan2934]

Your lectuers are great , but your speech speed is pretty high and i would say , a kinda disturbing ... so please work on you lectuer delivering skill...thank ya