Відео

Great explanation 👍

@27:04 You speak 10mm to the left and 10mm to the right, but your caption indicates 0.2cm. What am I missing here?

Thank you! It really helped me prepare for my presentation. The quality of the presentation is outstanding!

Thank you

classic video

Great!

You are the only person who has ever made this make sense to me and somehow made the content not boring. Please do more of these videos you’re saving my grade

Imma need u to teach PH and PKA problems bc I actually pay attention to you

This is AMAZING

Certainly one of the best UA-cam channels on chemistry topics. I love that the presentations are not oversimplified, which would result in the loss of some information vital for the understanding of the topic.

High quality presentations and the inclusion of the links, used software and even the used fonts... I LOVE these lectures

Really enjoyed this presentation. Many thanks for your work, I greatly appreciate it!

Excellent explanation. Combined with the Fourier transform description, lectures clarified how the FTIR works. Thank you.

excellent

One of the best presentations of FT, but i still din't understand why need to use interferometer, can we just use different frequencies of light are shone on the sample simultaneously then do FT? why need interferometer.

One of the best presentations of FT, but i still din't understand why need to use interferometer, can we just use different frequencies of light are shone on the sample simultaneously then do FT? why need interferometer.

@9:52 So does the mass stay the same as you go up in the morse potential? In 8 years surely someone has done the math.

Total of 10 hours of teaching by my professor, compressed into a 5 minute video by you. Thank you !!!

nice presentation, thank you a lot

I looked through a lot of crappy IR videos, this one is much better. Thanks for the presentation.

awesome explanation

Thanks a lot!, I was looking for a clear and precise explanation like this

Thank you very much!! Very clear ans concise explanation of the content🔝

This gave me a whole new way of looking at bonding! Nobody ever told me about the overlapping circle thing. My question is what do the different colors represent? Why do we subtract when the opposite color circles overlap? I have some ideas, but I don’t want to give myself a false understanding.

Little Aurora

One of the best presentations of Fourier transform applied to spectroscopy. Not only that, but apodization, resolution, etc. Thank you for making this so well!!

Aren't the names of the "sigma" and "pi" MOs derived from the names of the corresponding AOs (provided they interact correctly)?

taking the red pill is never easy but I loved the lecture! Thanks so much! :)

What is the name of the font you use?

Bringing NMR into the public sphere. Awesome.

The best presentation I've ever seen!

For FTIR instrument, the IR source come with single or multi wave length?

Great vdo!

Good

정말 도움이 됩니다. 감사합니다. (Very helpful! Thank you!)

really good lecture！

Thank you for your contributions sir.

Hello, Thank you for the great video.. I have a question, at 8:20 when you slide backward the moving mirror then how did the coming back (left) signal cancelled down from the moving mirror? Shouldn't it be cancelled at the other end of the splitter?

Very good presentation

cool and interesting！

very informative

good

very interesting

Awesome video!

This is so cool!

HOW DOES ELECTRIC FIELD CAUSES A CHANGE IN THE DIPOLE MOMENT ?? HOW DOES IT INTERACT ?

This is lovely. Thank you so much

marvelous !

Excellent explanation. Much appreciated.

The fact that this was made before the first GWs were "seen" with interferometers OMG