Lecture 1. Infrared Spectroscopy: Introduction, Theory, Instrumentation, and Sample Preparation.

[@JoyceGem]

Starts at 19:00

[@nuwankodikara7190]

Very useful series of lectures. You are an awesome lecturer!

[@ReallyLee]

If you are interested in CO2, be sure to watch at 29'. As a practical matter, note that the experimenter's breath can affect results. Beginning at 35' watch how the professor introduces the bond strength and mass formula and he does interesting things with it right away.

[@TheFirstBK]

Great lecture, I'll be watching this playlist to supplement literature. Thank you Professor Nowick.

[@adamscot9418]

At 34:24, shouldn't that partial positive charge be on the oxygen?

[@LnPlayEng]

I just like this Professor. Pls, what's his name? I have to come back and watch his first lecture from the 5th lecture on Mass Spec.

[@syedtq1022]

how would we conduct an FTIR analyis for rubbers? They usually require a finely ground powder or a really thin film for FTIR analysis? How can i obtain either one of them ?

[@abhijitkarmakar4134]

awesome

[@longlaizhang3727]

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[@dhams2525]

go to keepvid.com .... copy url of this video then paste at keepvid the download it very easy

[@toobatoobakhalid7290]

Assalam O Alaikum sir I need help

[@Bahar1370]

this was helpful:)

[@samanthabyrne2970]

It is a pity about the acoustics as this would have been very informative.

[@maxpercer7119]

but can the professor make LSD?

[@toobatoobakhalid7290]

Please you can help me

[@paulolemosdiaz]

youtubtomp3 coverter, they are nice you if you put it in a mp3 player ypou would heart to it while walking

[@Driliastr]

45.04min 5.9x10^-4 cm equal 5.9 micro meters, really? Ha ha ha ha

[@sodomizeintroducer]

Well, i'm not bragging about my chemistry skills but, i know how to mix Nesquik.