I just saw you passed away. Thank you for these videos, Michael Joey Lynch, Rest In Peace.
I watched many videos to understand the meaning of "change of polarizability" This video only teaches it to me clearly. Thank you!
Great explanation and walk through, thank you :D
Thank you, I couldn’t figure out how polarizability could change
Nice video! One minor thing: you several times call CO2 "carbon monoxide"
Photochemistry
@@meenagautam4159 what is your point?
since when the IUPAC committee has switched DI to MONO?
What if a molecule is having no inversion centre, hw to knw if its got raman nd ir both ?
Nice video sir, only mistake u made u kept calling co2 carbon monoxide
Do all the bending modes are Ir active?
When the refrigerator kicks on, HMMMMMMHHMMMMHHHMMMMM.
For molecules with centre of inversion, it cant be both ir nd raman active...
CO2 is carbon monoxide? Hummmm
I just saw you passed away. Thank you for these videos, Michael Joey Lynch, Rest In Peace.
I watched many videos to understand the meaning of "change of polarizability" This video only teaches it to me clearly. Thank you!
Great explanation and walk through, thank you :D
Thank you, I couldn’t figure out how polarizability could change
Nice video! One minor thing: you several times call CO2 "carbon monoxide"
Photochemistry
@@meenagautam4159 what is your point?
since when the IUPAC committee has switched DI to MONO?
What if a molecule is having no inversion centre, hw to knw if its got raman nd ir both ?
Nice video sir, only mistake u made u kept calling co2 carbon monoxide
Do all the bending modes are Ir active?
When the refrigerator kicks on, HMMMMMMHHMMMMHHHMMMMM.
For molecules with centre of inversion, it cant be both ir nd raman active...
CO2 is carbon monoxide? Hummmm