7.1 SN2 Reaction | Organic Chemistry

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You taught me about chemical bonds, Acids, formal charges etc while studying in my home country. Now I am a 2nd Year Pharmacy student, still here. Thanks a lot. COOL!

[@ChadsPrep]

Glad to hear it, Wayne - keep up the hard work!

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[@gabbygib]

Chapter 7 has been a nightmare. Your vids help so much. Thank you Chad!

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You're welcome

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Glad you found the channel!

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Glad you found us - Happy Studying!

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Thanks for saying so!

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[@ChadsPrep]

Glad the channel is helping you out - I hope you are able to recover and get back on track. Happy Studying!

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You’re better than my professor! Really clear demonstration! Thanks

[@ChadsPrep]

Very welcome

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thanks man, I know you probably hear it alot but these videos are really helpful and I appreciate you making them.

[@ChadsPrep]

I'm glad to hear it every time, Will - always good to hear students benefit from the videos. Happy Studying!

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You're welcome and Thank You!

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[@ChadsPrep]

Awesome Alyssa and I'm glad you're enjoying the Ultimate Bundle! It is truly amazing that technology makes it possible to deliver so much value for such a low price. I can't imagine what learning in a pandemic would have been like even 10 years ago. Happy Studying!

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Your an awesome teacher.. just saying.

[@ChadsPrep]

Thanks DS! Glad you're finding these lessons helpful!

[@madhav-lp7un]

Nice video Please also mention the effect of electron withdrawing grp such as phenyl carbonyl group that increase the rate of reaction As transition state becomes more stable

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I wish you could be my professor omg! helped me through all my chem classes

[@ChadsPrep]

Glad you find the videos helpful, Seda - Happy Studying!

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Back-side attack lol. Great video as always Sir. Thank you.

[@ChadsPrep]

You're welcome

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Thank you again, Chad!

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Thanks so much Chad!! Really appreciate it!

[@ChadsPrep]

You're welcome, Timothy!

[@allan7720]

Hi Chad, thanks for all you do. Quick question, what is the difference between this orgo playlist and the other one (the first video of chapter 7 in this playlist is called "7.1a introduction to sn2 reaction". Thanks!

[@ChadsPrep]

Hello Allan! The largest difference is the format. I'm using a whiteboard in these whereas I used powerpoint and a green screen in the old playlist. Many requested using a whiteboard. Outside of that there are some small differences in content here and there and I've broken up the material differently as well. For example here I cover SN2 reactions all in a single lesson that is close to 30 minutes long, whereas in the old playlist it is covered in two lessons totalling roughly 22 minutes. With writing everything out on the whiteboard the new playlist tends to be a little longer in duration as well. Hope this helps and Happy studying!

[@allan7720]

@@ChadsPrep Thanks! I literally just subscribed to the ultimate orgo course on your site.

[@ChadsPrep]

@@allan7720 Awesome! Be sure to begin by downloading the study guides before you begin a chapter and the Complete Reaction Summary. Then take full advantage of the quizzes, chapter tests, final exam rapid reviews, and practice final exams. Happy Studying!

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[@ChadsPrep]

You're welcome - thank you!

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Glad you find such value in the channel!

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I can't thank you enough, this was so much helpful🙏

[@ChadsPrep]

Glad to hear it!

[@sumairaimaan8377]

Sir we commonly say that a weak acid has a strong conjugate base .....as well as nucleophilic strength of a nucleophile is also decided by how much weak acid is using in the reaction ...... When we use KOH in the presence of water, major product is due to substitution reaction ......while KOH in the presence of Alcohol reaction shifts towards elimination reaction .....it means in water a good nucleophile is produced but in alcohol a good base is produced.....in both cases alcohol is slightly acidic than water ....is it the peculiar behavior or my concept about strength of base and nucleophile is wrong? Looking for your guidance thank u

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This was great!

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Thanks for saying so!

[@jakereed213]

G.O.A.T.

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Thanks Jake and Happy Thanksgiving!

[@bobant4408]

i love you chad

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Glad the channel is helping!

[@harmonymoore1639]

why isn’t there a SN reaction video?

[@ChadsPrep]

do you mean SN1?

[@ngatran4828]

Trigonal planar? I think it’s more trigonal bipyramidal

[@carluy7351]

I think since it's a transition state, it is trigonal planar as the molecule is still in the process of switching bonds, per se.

[@realcirno1750]

the carbon is approximately sp2 hybridized so its trigonal planar

[@nilsnickname4455]

At 7:50 you said "cut their volume in half", but you meant "cut their concentration in half"...

[@ChadsPrep]

I definitely meant volume - if we increase the volume of acetone the solvent it changes the concentration by diluting it

[@nilsnickname4455]

@@ChadsPrep Thanks for answering! In the video you are telling "... And when you just double the volume of solvent, but kept the numbers of moles of these constant, you just cut their volumes in half." But thats wrong, because you don't cut their volumes in half when diluting, but you cut their concentrations in half.

[@juliaanderson6758]

Why did you not put Br or NaBr as a product?

[@ChadsPrep]

Hey Julia - in which reaction (can you give the time in the video)

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i became a pharmacist because of you now . How can i thank you

[@ChadsPrep]

I think you just did!