UV Visible Spectroscopy 🌟

[@MrFaiqueShakil]

Nobody explains at this level of honesty and creatively. Love from India...!

[@chemfunman]

I like our honesty! you are too kind, Faiq, all the best

[@haimschan]

So perfectly explained. Thank you.

[@chemfunman]

You're very welcome!

[@chemfunman]

SUBSCRIBE NOW to this channel now to receive more great videos! Connect with me on Twitter @chemfunman (twitter.com/chemfunman) Facebook | facebook.com/chemfunman/

[@raoabbasraoabbas9664]

It's too much helpful thank you so much

[@aheseky]

Thanks

[@priyankarana8854]

This lecture Really help me to understand about spectroscopy....which i cant understand in clssroom......almost my doubts now clear to see this lecture

[@mariar4618]

very good explanation

[@chemfunman]

Spasibar, Anna ))

[@durmonov]

Thank you, most helpful, explained in easy way

[@chemfunman]

too kind! spread the good words and share this video, all the best!

[@irfi42o]

Excellent lecture. Thank you so much

[@devadasuchapala741]

Excellent information sir

[@fakhrulnawawi9681]

Thanks so much

[@chemfunman]

You're welcome!

[@shinyreddy1910]

really helpful, thanks for the video!

[@anafinuraini9333]

I love your video, great content and easy to understand. thank you :)

[@mawarabah5455]

do you know how to get the standard curve by using uv vis spectroscopy b'coz mine is always wrong.i not able to get the correct curve.do you have any suggestion

[@mayankshekhar1426]

please upload solvent effect of uv spectroscopy. your lecture is good. thanks

[@Naraphit]

So helpful, Thanks so much

[@Cythereax3]

Oh my god, you just saved my life! Thank you for explaning!!!!

[@chemfunman]

Cythereax3 most welcome 🙏! Glad it helps :)

[@venkateshdatta8666]

Very helpful video as it was way too informative

[@chemfunman]

too kind!

[@rakeshr2692]

You are superb

[@maryamhamid4547]

its fantastic. thank you!! :)

[@squivax3820]

Awesome vid!

[@kirtisharma4765]

Nice

[@chemfunman]

city in France

[@evelane5580]

Good!

[@pragazv]

how to analysis UV graph for Nanomaterials like metal oxide nps, Nobel metal nanoparticles.

[@nathareenchaiwangrach4455]

Thank you so much :)

[@mahmoudsamaha8256]

thanks a lot you are amazing

[@chemfunman]

too kind with your words! thanks for your support, spread the love - of learning!

[@areejalsham6662]

you are amazing thank you soo much

[@apeli31]

hello bro , we need video of how to calcultae lambda max , and how to use rules of scott and woorward , plz don't to us a video about it plz plz and thank you very much , this video hepled me

[@fireflysci1194]

Dude this video is freakin awesome! The slides are very well done and very informative. Let me know if you need some cuvettes, I'd be happy to hook you up with some.

[@chemfunman]

thanks for your extremely kind comments! will do :D

[@himanshusingh-if1hd]

Thank you for this video

[@debpriyadas5549]

kzbin.info/www/bejne/oKqniZ2Hed2VY5o : Sir, isn't the 455nm region supposed to correspond to the blue region so that it is mostly absorbed and the red orange part is reflected and we can see orange? :/

[@chemfunman]

Hi Debpriya, yes you are right, absolutely! :D ORANGE is the new black.

[@DrBouwman]

Nice vid, but the benzene story is wonky. The max is not where you say it is, but more importantly, the individual bands are not caused by different pi - pi* transition, but rather by overlap of vibrational wavefunctions, (Frack-Condon) that exist in each of the electronic states.

[@chemfunman]

thanks for the note!

[@brianvandenberg4467]

3:40 Frequency Wavelength Band-width etc kinda seeing a Pattern eh #HaskinsFO

[@chemfunman]

gotcha (Y)

[@Phireye]

Wish I'd watched this video first...instead of last -.-

[@TeerathSalhuaniVlogs]

@Thar Sindhi song

[@tharikadilini8124]

can't see correctly

[@chemfunman]

need to select High-definition to load this video , alright?

[@minnisarea]

you're so cute, marry me?

[@myorld]

I want clarity in ur pronouncing