NGL, I’m probably gonna just keep the title and continue the series - the line between Introduction and advanced is blurred anyway - if I start covering topics completely undiscussed at an undergrad level, perhaps I will start another playlist
keep up the great work this seris has been really helpful to learn organic reactions and different ways to make molecules. Also your channel is almost at 1k subs nice !
3:03 I've never actually performed a baeyer villiger reaction on an aldehyde, but I was taught that hydrogen is the group that's most likely to migrate, over any other group. So according to that you'd end up with a carboxylic acid. Maybe I was taught wrong tho
The hydrogen will migrate unless you have a benzene as the competing migrator - for aliphatic aldehydes absolutely the hydrogen will migrate - I discuss this in the Baeyer-Villiger episode!
After this series is done, are we getting an advanced organic chemistry course or something like that ?
NGL, I’m probably gonna just keep the title and continue the series - the line between Introduction and advanced is blurred anyway - if I start covering topics completely undiscussed at an undergrad level, perhaps I will start another playlist
I would much rather make videos about obscure research topics, but I think it’s more useful if I provide content that would be relevant to more people
@@ThatChemistOld both ideas seem pretty good tbh :). Can't wait to see how your channel will develop.
EDIT: will you create a community like discord?
@@matheussales4861 I probably will set up a Discord and a Patreon at some point - thanks for your support!
I will probably do a separate series on spectroscopy and chromatography as well
keep up the great work this seris has been really helpful to learn organic reactions and different ways to make molecules. Also your channel is almost at 1k subs nice !
Thank you!
Gteat explanation
Could you please explain the conditions that will make HWE reaction product be only one product
3:03 I've never actually performed a baeyer villiger reaction on an aldehyde, but I was taught that hydrogen is the group that's most likely to migrate, over any other group. So according to that you'd end up with a carboxylic acid. Maybe I was taught wrong tho
The hydrogen will migrate unless you have a benzene as the competing migrator - for aliphatic aldehydes absolutely the hydrogen will migrate - I discuss this in the Baeyer-Villiger episode!
Good video. Well done.
Gutes deutsch :) Nice video. Greetings from germany
Wilkommen auf dem Kanel!
Hehe, zwitterion should be also pronounced as "zviter..." in the same way as Wittig. The word comes from german.
I wish someone told me ages ago
Its like "tsvitter"