Organocuprates (Gilman Reagents)

[@TheGemar14]

One other important reaction: Gilman reagents only add once to acid chlorides to form the ketone whereas Grignards and organolithiums add twice to form the alcohol

[@natepadol3067]

Great video Dave!!! We love how thorough and how amazing you are are at explaining science to our class -the board of Mrs. Kelly’s 6th period class at LFC in Allen, Texas

[@pjb3194]

youre in 6th grade learning university level 2nd year organic chemistry?

[@natepadol3067]

@Pierce Bassett 6th period, not 6th grade. we are taking college level science class in high school

[@NewWesternFront]

@@natepadol3067 still, AP only does genchem I and a ittle II no? different program?

[@vegatronld]

Good stuff Dave.

[@laura18700]

I am so impressed by your knowledge. you were born to teach. love you xoxo

[@emilyconte6757]

Your hair looks great!!!

[@samueltanner4769]

Nice job

[@aishubalan6982]

Super Dave sir and please explain about carbenes sir

[@ProfessorDaveExplains]

Already finished, coming soon!

[@aishubalan6982]

Thank you soo much sir waiting

[@anirudhbhadri5911]

What if the ring is not benzene but cyclohexane

[@organicchemistry6357]

What are the limitations of the Gilman reaction? Are there any functional groups that make this reaction impossible?

[@illidan124825634]

It can only perform a conjugate(1,4) addition instead of a direct(1,2) addition on a alpha, beta-unsaturated carbonyl unlike say a Grignard reagent.

[@cody967]

First 😂 1116