Finally! Substitution and elimination reactions make sense! Your videos were a HUGE help during my mcat prep. No more failed attempts at memorizing each reactions conditions. I can actually break it down now and UNDERSTAND what is going on. Thank you.
+Shawn Mendes (Dude imperfect) SN2 reaction is preferred in a polar aprotic solvent because nucleophilicity is a kinetic concept meaning how fast does the nucleophile attack the electrophile carbon. In order for a nucleophile to be strong, it should reach its target in as fast as possible. the nucleophile should not be hindered by anything while it is trying to reach its target site, and that is only possible in a polay aprotic solvent. Polar ptotic solvent will form some kind of bonds with the nucleophile and stabilize it. as a result, the nucleophile will not travel faster.
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Finally! Substitution and elimination reactions make sense! Your videos were a HUGE help during my mcat prep. No more failed attempts at memorizing each reactions conditions. I can actually break it down now and UNDERSTAND what is going on. Thank you.
Yes! Understanding is the KEY to it all, so glad I could help!
Leah Fisch, A very big thank you to you. Your videos are a big help here in my place where we do not have proper tutors.
You're so very welcome, happy to help!
Just wanted to say, thank you so much. I felt super lost on how to approach these problems, and the checklist tip was the biggest realization.
You're so very welcome! I love to hear that I helped clear up your confusion.
Leah Fisch, you are the reason I am passing organic chemistry! Thank you so much for your videos 😊
Woohoo! You're so welcome!
You are amazing at explaining things!
Thanks, happy to help!
thank you Leah Fisch for this exllent videos
You're so very welcome!
Mam it was really amazing it helped a lot thank you so much btw one thing I am still troubling with is that why SN is preferred over elimination
+Shawn Mendes (Dude imperfect) SN2 reaction is preferred in a polar aprotic solvent because nucleophilicity is a kinetic concept meaning how fast does the nucleophile attack the electrophile carbon. In order for a nucleophile to be strong, it should reach its target in as fast as possible. the nucleophile should not be hindered by anything while it is trying to reach its target site, and that is only possible in a polay aprotic solvent. Polar ptotic solvent will form some kind of bonds with the nucleophile and stabilize it. as a result, the nucleophile will not travel faster.
thanx Being For that really helped
Great explanation !!😊
Glad you liked it
It was amazing it helped a lot thank you so much mam 😊😊
Happy to help :)
I wish I could hit more than one 'like' button!!!!😉
Aww thanks!
you are the best
Awww, thanks!
Thank you sooooooooooooooo much !!!!!!!!!
You're soooooooooooooooo welcome! :)
Thank you so much!! You are so helpful
You're very welcome, happy to help!
chemist we spend our life in reaction inside test-tube
biologist we start our life from reactions inside "you know"
Hi!
@@Leah4sci Hi mame
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thanks so much!