I won't directly answer your question, but I will say that it took a solid year of working in a hard-core synthetic research laboratory before I truly felt that I knew what I was doing.
Most TH-cam videos go directly into mechanisms and SN1, SN2, E1, etc. reactions, whereas I was looking for something that would explain substitution and elimination reactions a bit more clearly, to accompany the small intro given in my David Klein - Organic Chemistry, 3e book. This video fit that bill perfectly! Thank you very much, I have subscribed, and will be checking out your other videos now. : )
wouldn't there be too much steric hindrance for the second example to proceed under standard conditions, the substituents would prevent the nucleophile's approach
Nucleophiles: electron rich, have a pair of electrons that can be donated ----> "Lewis basic" Electrophiles: electron poor, can accept a pair of electrons -----> "Lewis acidic"
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I won't directly answer your question, but I will say that it took a solid year of working in a hard-core synthetic research laboratory before I truly felt that I knew what I was doing.
Most TH-cam videos go directly into mechanisms and SN1, SN2, E1, etc. reactions, whereas I was looking for something that would explain substitution and elimination reactions a bit more clearly, to accompany the small intro given in my David Klein - Organic Chemistry, 3e book. This video fit that bill perfectly! Thank you very much, I have subscribed, and will be checking out your other videos now. : )
You are most welcome!
Before I watch this I was confused about electrophile and nucleophile.
You explain so clear. Thank you so much
your videos have helped me so much, thank you for taking the time to do them!
wouldn't there be too much steric hindrance for the second example to proceed under standard conditions, the substituents would prevent the nucleophile's approach
thank you! glad you found it helpful.
Thanks man, Missed my organic chem lesson and halogen derivatives was done. This is very helpful.
So very welcome
what determines if something is electrophilic or nucleophilic?
Nucleophiles: electron rich, have a pair of electrons that can be donated ----> "Lewis basic"
Electrophiles: electron poor, can accept a pair of electrons -----> "Lewis acidic"
Maybe irrelevant because it's just an example, but wouldn't HBr not be able to form in solution because it is a strong acid?
The best example ever!!! Thanks
So happy it helped out!
thank you so much for this video, this is so helpful!
nice teaching
Amazing 🤩
🙌
It helped me so much Sir, thanks.. :)
do anybody know a source on the harmful effects of substitution and how substitution is use in everyday life?
Wow thank you so so much! Your videos have helped me a lot! :D
You are welcome!
Great!
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Nimra Aslam I LOVE YOU!!!
thank you very much sir
thank you, glad you found it helpful!
@@MasterOrganicChem thank you sir
it's not irrelevant at all
Z