In literally 3 days I'm writing a national level of chemistry Olympics and the Wolff rearrangement is one of the most important things that are probably going to show up. Dave, you are irreplaceable
Have you already done one on Fatty acid methyl esters (FAME) made by Transesterification in methanol? I used to do that reaction in the hood but never completely understood what is going on
-> used directly and not stored laughs in -20°C seriously, I used this stuff for my Bachelor's thesis, as I synthesized beta-AAs for manual SPPS (peptide synthesis) and we had it in brown 1 litre bottles at -20°C. Made twice or once a month.
I am going to watch the entire series! Been wasting my time watching the NFL lol :) What are the prerequisites for your audience Dave? I wish this stuff was available when I learned organic chemistry... I was just stuck with my chalkboard professor... the visualization really helps!
Thanks for this, this is the reaction that i have argued for so many times with my friends 😂, cuz it wasn't taught , (of course not in syllabus) but students asked questions on it. And i used to amswer but some of them didn't agreed, i used some logic, but wasn't aware of exact mechanism😂, that's why we argued🤣. Thank you
Thank you professor Dave for all your videos.You are the best.I am waiting more videos about organic chemistry .Explain please the cis-trans isomersim alkenes with acetates.Love from Palestine 🇵🇸
Can you go over a few benefits of making longer chains. I am new and understand the process now but I do not know the benefits of synthesis. (Newbie here 😆)
well it's just that we want to be able to build whatever molecule we want, so techniques which allow us to modify molecules in specific ways are useful
These series are amazing, thank you Dave. Hard to believe science has all this stuff figured out, yet people insist the earth is flat.
In literally 3 days I'm writing a national level of chemistry Olympics and the Wolff rearrangement is one of the most important things that are probably going to show up. Dave, you are irreplaceable
Ketene??never heard of it
Have you already done one on Fatty acid methyl esters (FAME) made by Transesterification in methanol? I used to do that reaction in the hood but never completely understood what is going on
This was rolled up nicely, such is the neat-o-burrito.
Saludos desde México profesor Dave, gracias por compartir tanto conocimiento
-> used directly and not stored
laughs in -20°C
seriously, I used this stuff for my Bachelor's thesis, as I synthesized beta-AAs for manual SPPS (peptide synthesis) and we had it in brown 1 litre bottles at -20°C. Made twice or once a month.
Interesting homologisation path, I used some different methods and especially signification instead of heating in the removal of the nitrogen
I am going to watch the entire series! Been wasting my time watching the NFL lol :) What are the prerequisites for your audience Dave? I wish this stuff was available when I learned organic chemistry... I was just stuck with my chalkboard professor... the visualization really helps!
Thanks for this, this is the reaction that i have argued for so many times with my friends 😂, cuz it wasn't taught , (of course not in syllabus) but students asked questions on it. And i used to amswer but some of them didn't agreed, i used some logic, but wasn't aware of exact mechanism😂, that's why we argued🤣. Thank you
wow so easy explaination
Hey what font do y’all use in your videos
Prof Dave is awesome ...
Thank you professor Dave for all your videos.You are the best.I am waiting more videos about organic chemistry .Explain please the cis-trans isomersim alkenes with acetates.Love from Palestine 🇵🇸
how to name them
Can you go over a few benefits of making longer chains. I am new and understand the process now but I do not know the benefits of synthesis. (Newbie here 😆)
well it's just that we want to be able to build whatever molecule we want, so techniques which allow us to modify molecules in specific ways are useful
@@ProfessorDaveExplains @rickschofield ts also used for beta-peptide synthesis, as they are more stable and not prone to peptide cleavage
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Seeing diazomethane doing these things, I deeply understand why it's so toxic.
Oh, wait! Plants also produce glycosides that make diazomethane.
Could you start a patron page? Or even a onlyfans so we can donate money for your great content!
I have a Patreon!
3rd
30th second
You can do it in regular glassware. I made 10 kg/hr in a lab demo continuous process.