What's Nuclear Magnetic Resonance (NMR)? How Does It Work? What's It Used For? A Brief Introduction.

[@orhangokalpbuyukuysal]

For those who get confused because of the number of the signals: CH2 (methylene) have 3 different energy levels and influence on the neighbouring spins (CH3) = 3 signals CH3 (methyl) have 4 different energy levels and influence on the neighbouring spins (CH2) = 4 signals In conclusion; energy levels split the neighbour's signals.

[@belaborges8465]

Thank you!

[@seckintuncer]

Well explained and visualized. I didn't even imagine how the precession movement is. Thank you.

[@firstname3925]

I didn't even know what precession movement was

[@joeljustin]

It must be the brightest minds out there in Physics who discovered NMR phenomenon. And this principle was later picked by medical professionals in making the MRI machine.

[@Gigimoskwitoz]

very well explaination and visualized . Thank You

[@palavesaaravind1528]

Great visualization and I didnt find the reason for spin spin coupling in any other video r books. But explained it like a piece of cake. Thank you 🙌🏼

[@raja-hl7gx]

good explaining

[@debbieko50424]

this is way better than my professor

[@chiaraodorici]

Thank you so much!! After my professor lesson, I didn't understand THIS much! You saved an exam :)

[@k.n.1905]

Super understandable video! Nice

[@ahmetozdemir7173]

Thanks for video. If no pulse is applied, won't the protons rotating in the magnetic field emit any frequency?

[@janrdanprasad2914]

Please make more videos on NMR like this Thank you

[@brunolisenko8488]

Great explanation and visualization, thank you! I would just like to point out that your last figure has incorrect labeling of the NMR spectrum (on the right). The chemical shift with 3 peaks comes from CH2, not CH3; likewise, the 4-peaks chemical shift comes from CH3, not CH2. You explained correctly previously, just the labeling that was done backwards at the end.

[@evasvideodiary]

Amazing! Thank you

[@christianlopez-ramirez2350]

Does nmr require physical contact with material surface?

[@amulyachandana8648]

Good explanation 🙏🥰 tq so much❤️

[@OS_Erol]

Shouldn’t the CH3 be a triplett instead because of the two Hydrogen atoms on the neighbouring carbon?

[@reliktoretto]

yeah i think so too

[@reliktoretto]

i was wrong. its explained right. because the neighbouring hydrogens are splitting the signal. so the 2 hydrogens on the cesond carbon atom can have 4 differrent spin configurations in which 2 have the same amount of energy. therefore u have signal splited into 3 peaks cuz those 3 spin configurations of the second carbon atom (ch2) influence the signal of the first carbon atom (ch3). 3:06

[@orhangokalpbuyukuysal]

CH2 (methylene) have 3 different energy levels and influence on the neighbouring spins (CH3) = 3 signals CH3 (methyl) have 4 different energy levels and influence on the neighbouring spins (CH2) = 4 signals In conclusion; energy levels split the neighbour's signals.

[@denbalogh]

On the last graph, at 3:18, shouldn't CH2 have 3 peaks and CH3 4 peaks?

[@orhangokalpbuyukuysal]

CH2 (methylene) have 3 different energy levels and influence on the neighbouring spins (CH3) = 3 signals CH3 (methyl) have 4 different energy levels and influence on the neighbouring spins (CH2) = 4 signals In conclusion; energy levels split the neighbour's signals.

[@ghadaslman5645]

This is so satisfying 💖👍👍

[@themultitaskerdoctorate5291]

best NMR video

[@rahulshankarraokamble1816]

Well explained..❤️👍👍 Thank You 🙏

[@magicaldpz8330]

Outstanding........❤❤❤❤❤

[@particles343]

1:17 Spotted the Tardigrade

[@ahmadmunibhanifi3546]

Wow what a great video 🤩

[@urbanwarchief]

This is actually dope as fck. This type of shit fascinates me

[@niccolo99]

Fantastic, thanks for your help

[@rohanjagdale97]

Thanks for the video .. :)

[@thandolwethumaphumo6441]

great video. thank you

[@you11193]

thank you very much

[@normafranceniasantossanche3078]

So nice video! Thank you.

[@neaumusic]

awesome

[@crownether9537]

Oh yea there you go!!

[@yabyab5861]

THANKS! It is too much interesting.

[@TheOGJeff]

Ken wheeler (theoria apophasis) is someone to check out on understanding some of this. Videos on Tesla, C. P. Steinmetz, magnets, electricity, photography, atoms

[@dongiovanni4331]

Ken Wheeler is a fraud, milking his followers all the way to the bank with pure word salad.

[@tobogansky]

That's cool, but will it blend?

[@TheReck12]

how did anyone come up with thisss

[@NASALunarLight]

1:52

[@simonnoellington4523]

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[@CommonsVivian-w6p]

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[@kennethdunn7448]

🚴🏿‍♂️🚴🔦

[@BuffBoyy]

USESLESS VIDEO, I GO TO CANADA AND JU GO AMRIKAAA

[@simonnoellington4523]

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