Dehydration of Alcohols

Description of the dehydration of alcohols via the elimination reaction with concentrated phosphoric acid.

[@umdawaseem8984]

I hope you know that if I get a decent grade in Chemistry, all the credit will go to you, Sir! Thank you so much, you are a life saver lol

[@henryhargreaves5712]

Umda Waseem well did you?

[@binlyd1635]

Your videos are amazing!! Thanks so much

[@oswin4715]

I'm in first year of uni and still use your videos to recap the basics lmao. Chemistry at uni is crazy but amazing.

[@MaChemGuy]

Oswin Great to see you still follow. Thanks and hope you’re having fun at Uni

[@EpicEditsBySaz]

wish i found this earlier, thanks!
Maybe you could put in the description something like "OCR F322" so students can find these videos! cheers :D

[@MaChemGuy]

Great suggestion, many thanks. All videos have now been renamed. Good luck with your exams!!

[@H1-NMR]

This video is way better than school i swear to god straight to the point all there nothing missing answers all your doubts THANKS JAMES FOR THIS VIDEO OLD BUT POWERFULL 🚀❤❤❤

[@MaChemGuy]

Thanks. It may be old but the chemistry hasn’t changed 😊

[@dylanyoung9948]

but how can you tell which isomer is more likely to form in the dehydration of an alcohol?

[@jamesmorris7186]

Thank you soo muchhh

[@MaChemGuy]

You're welcome!

[@fahmidababul9747]

do we need to know about esterification in the new spec for AS sir?

[@MaChemGuy]

Student 20 It's in second year now

[@fahmidababul9747]

Thank you.

[@user-xe7tr9mk6w]

7:29 But I thought you cant rotate it due to the pi bond?

[@MaChemGuy]

Shakalaka Shah Both isomers form separately i.e. No rotation

[@user-xe7tr9mk6w]

MaChemGuy Brilliant- thanks!

[@51KoKo]

First