Claisen Rearrangements Explained

joechem.io/vid... for video on jOeCHEM and attached worksheet + solution (below video on jOeCHEM aka the link)
Worksheet: worksheets.joec...
Worksheet Solution: worksheets.joec...
Worksheet Solution Walkthrough video: joechem.io/vid...
Study Guide: (To be done, Joe's working on it!)
In this video, we'll take a look at the Claisen Rearrangement. We'll discuss how to spot a Claisen Rearrangement as well as the concerted mechanism to correct predict the product when one occurs. Across the two examples in this video, you'll be a pro at Claisen Rearrangements in no time.
========================================
Follow jOeCHEM on social media:
If you're having an organic blast, please SUBSCRIBE: www.youtube.co...
LIKE and FOLLOW across social media:
Facebook - / joechemio
Instagram - / joechem_io
TikTok - / joechem

[@calimedazh1939]

James Franco teaches you about Claisen

[@jOeCHEM]

HAHA, I've gotten that once, maybe twice in my life. Honored for the compliment, honored that you watched. Hope you found it helpful 🤘🏻

[@soheilmohamadi9088]

Best Ochem professor ever

[@rhythmcabrera7979]

I love the energy. Good luck on your KZbin career and thanks for the chem assist.

[@kevinquiroz5697]

Joe my guy, a teacher that speaks my kind of language! I Appreciate the lesson!

[@jOeCHEM]

Kevin, my guy, I appreciate YOU for watching! Make sure to also check out my website joechem.io. All the videos are there + free worksheets + solutions (I'm working on finishing up the back half of OChem II). Also, if you would subscribe to my KZbin channel (if you haven't already), I'd be eternally grateful.

[@AnujJha]

solving previous year JEE papers saw a claisen arreangement question so here I am, great one sir. I think it will be really nice if you see our JEE question papers most of your concepts are useful. SUBBED you with 4 accounts

[@sidharth5907]

Did u get IIT?

[@uzziahurquiza4582]

you are goated for this. I have an o chem II exam in an hour haha your video taught me more than my professors!

[@shankhasubhra1238]

Sir!!! Thank you so much! Ur channel is really helpful!

[@DeeptanshuPrasad]

Thank you so much never thought I could understand this!

[@jOeCHEM]

Deeptanshu! I'm so glad you found the video helpful 🤓 thanks for watching, and I hope you're showing all the Claisen Rearrangements who's boss

[@DeeptanshuPrasad]

@@jOeCHEM Absolutely!

[@rahmahibrahim7174]

THANK YOU!!! Subscribed, liked, def will be continuing to watch to study for ochem II. Thanks, Joe!

[@simonpeapo2981]

I like the way he explains very interesting and making video interesting, l really enjoy and absorb full concerpt, gifted and explain well even elementary student can understand it ❣️🙏

[@simonpeapo2981]

Even look at his facial expressions its really amazing and make me feel active on learning, thank you sir continue your way of amazing explanation

[@leilany_torres]

Very easy to follow thanks!

[@jOeCHEM]

Leilany, thank YOU for watching! I'm working on rounding out the end of OChem II with worksheets on my website, but make sure to go to joechem.io for worksheets and solutions for most videos (all for free as well). Also, if you'd subscribe to my channel I'd massively appreciate it!

[@senny-]

ngl when i first saw this in our lecture notes, my first impression was also "what the hell is this" 🤣

[@GamingwithBuddy]

Thnx alot i tried to understand from textbook but couldn't.... your video helped me alot ❤

[@RegisteredLate123]

thank u good sir

[@steliospoly7009]

thank you

[@hungrystudentin]

THANKS

[@amritheshk7151]

Best explanation broo! Awsome!

[@jOeCHEM]

Amrithesh! Thank you SO much for watching (and the kind words!).

[@musicaldarpan629]

for a moment I thought Kartik Aryan is teaching us 😄😄😄 btw , nice explanation 🔥🔥

[@jOeCHEM]

Wow, I've gotten some look-a-likes before, but never THAT. Thank you for the kind words and for watching. I'm so glad you found the video helpful!

[@musicaldarpan629]

@@jOeCHEM love from India ❤️ sir

[@soumyadeepbasu6903]

I had a doubt.... In the aliphatic type, why wouldn't the pi bond at the end of the chain break to form a sigma bond with carbonyl carbon and form cyclohexanol by transferring the electron density to the oxygen, followed by its protonation?

[@NickiBright]

Cute guys helping me get an A in Ochem? Yes PLEASE!

[@Sachi_Ray]

greatly explained...lovely

[@jOeCHEM]

Sabyasachi, thank you for watching and tossing me a subscribe as well!

[@gabrielcarreno3586]

Why does Cope and Claisen Rearrangements make sense after the video but in class I was like... "you say what my guy?"

[@aakashkamat2658]

Excellent !

[@jordanchung4884]

good stuff joe

[@forknajf778]

thank you🍀

[@jOeCHEM]

No, thank YOU for watching! Glad you found it helpful.

[@piyushyadav4594]

I am from india sir "namaste"

[@chellib]

thank you!!!

[@Sam-qf7hk]

Thanks a lot. Quick question, in the aromatic case, if the ortho positions were occupied by other groups, would the alkyl chain (the exact one u have) shift to meta and/or para position? Cause i recently came across an exam practise question with the same compound u used except there is ch3- and ch3o- substituants in ortho position. Chain shifted to para and im trying to figure out if it can actually happen or if the question is wrong. Thanks!

[@meferdg]

thank u

[@jOeCHEM]

Thank YOU so much for watching!

[@lis-n1r]

it's great.

[@padmapriyakannan5937]

Thankkk uu🍀🍀

[@jOeCHEM]

Thank YOU, Padma!

[@quarters7043]

thank you

[@jOeCHEM]

Aladeen, thank YOU for watching. Glad you found it helpful!