cationic polymerization

[@theessentialist6813]

great explanation. I liked that moment in the 6:30 minute when you pause and notice that something wrong with the structure,Made me laught :) No offense,just I liked that moment! Great video! Thanks!

[@sonny-8247]

maybe it could but not very logical but OH is a much worser leaving group, and besides O is much more electronegative than Cl. if COH will be formed it directly reacts with BCl3 because BCL3 is a proton acceptor n OH a donor. No way this happens because you will yield less stable products....

[@sonny-8247]

i mean no way the products COH and BCl3 will be the most stable products

[@rickshayramtuhul9749]

I have a question for the last part of the explanation for the termination step. So basically BCl3 is the catalyst and H2O is the co catalyst. Theoretically, the definition of catalyst said that increases the rate of reaction and is chemically unchanged by the end of the reaction. In your explanation for the last part, the end product is BCl2 and H2O. So technically BCl3 was not regenerate ?

[@15997359]

Where can i read up on, the reactivity of monomers towards cationic polymerization???please asap

[@zeenat191]

I want Ziegler natta polymerization

[@tmnt3998]

you write nice T man, also good video :)

[@revathyrajan3412]

Thanks for this video.

[@unnikrishnanthaliyil9590]

Thanks sir....😊

[@alaamosa843]

Thank you

[@chanakyapendse7119]

Can we add any base in the termination step ??

[@rebecapalos4331]

why? isn't ~~ch-c-(ch3)2-OH + BCl3?

[@sonny-8247]

I draw the brackets to show that it is one part.

[@user-pg3pl5ox4b]

Thanks🤗

[@CHMAnalyzer]

👍🏼

[@swellerpal2007]

thanks mate i am from 3000

[@nellvincervantes6233]

Initiation sounds like entering to illuminati. 😅

[@miminini6849]

Thank you sir ! :)

[@j.k.d.chemistryclasses9446]

ctalyst ka nam bataye

[@obi_monaco]

it was clear enough thanks tho.... id like to skype u someday my skype name is starboirecords