Photochemistry of carbonyl compounds - 3 : Paterno Buchi Reaction

[@shilpasumangan8238]

Thank you 😍🥰😍😍🥰🥰

[@shivaniawasthi6115]

thanks

[@DebrajAcharya]

Very helpful for MSc semester exam point of view

[@visuruthrachemistry9180]

I love your way of explanation mam. It super amazing

[@nagarani4858]

Good explanation mam thank you

[@prabhatchemistry]

Thank you mam
Apke video ne hame b.sc pass karane me bahut help kiya
Mai b.sc me 62% bina kisi class ke aur book ke pass kar liya
Maine youtube par chemistry ka videos dekha tha aur question bank solve kiya tha

[@suchismitarath3056]

Hello mam...i hv a doubt.in the xampl of parallel approach , there is partial +ve chrge on the carbonyl oxygen & partial -ve chrge on carbonyl carbon....how this formed inspite of more electronegetivity of oxygen...

[@ThillaiNatarajan07]

Same doubt..partial negative present in oxygen

[@ShusantaEditingZone]

Mein ph sirf ring mein hein hydrogen kaga gaya?

[@avikamishra5971]

Mam aap k videos ki wajh se bina book k pass hojate hai hum exam hai....aap bhttt ache se padhate ho mam...
Mam plz aap DNA polymerisation pr video banaeye..

[@akashsaini0806]

Good job

[@RituSingh-ew9rb]

In the last two example (22:00), why is one product favored over the other? What is the reason?

[@knoweverything1862]

U did not explain y it is major in The last examples

[@ThillaiNatarajan07]

In last two reactions.. what is the reason for stability?

[@aswathybabu3173]

Mam what will be product if benzophenone undergo patternobuchi reaction with norborene??? Pls reply....

[@vijitha4312]

, ryuuhfdf

[@danielgladish2502]

I don't understand at 3:56. If I am understanding correctly, you say the two electrons from the non-bonding orbital get excited to the pi* orbital, but at 4:07 you show the electrons from the pi bond.

[@mathsonyourfingertips]

Mam in example of parallel approach carbonyl carbon is having -ve charge but usually -ve charge in carbonyls lie on O atom. I got confused help me

[@suribaburangisetti2959]

I like u r voice

[@kbkrishnamoorthy5204]

thank you mam..........

[@JKSahu-vw4jn]

Nice mam..... Mam please upload photoreduction and d pi methane rearrangement.

[@gowthamthevipre2609]

Mam lub you great voice

[@chinmayeeswain3933]

Perfect explanations! !!!

[@nisharose8832]

Pls make videos on retro synthesis pls mam pls

[@nisharose8832]

Priyanka Jain
Ok mam...thank u

[@miteshbhandari292]

Madam please add chemical kinetics solved problems

[@rodrigorodriguez2308]

Thank you for the explanation! You are going to save my grade :)

[@babibabi8871]

Thank you mam