Optical Isomerism and Chirality | A-level Chemistry | OCR, AQA, Edexcel

[@nicoka484]

This video has honestly saved me, thank you so much!

[@misbahali6433]

This channel is my GRADE-SAVER!

[@xixx19]

So what grade did u get brethren

[@elsaqazi507]

Giving my exam in 4 days. Thank you for this.

[@subhanm1312]

How exams got cancelled

[@elsaqazi507]

@@subhanm1312 we had our prelims the day after lockdown began, this was 5 months ago lmao

[@sharequsman596]

​@@elsaqazi507 How'd it go

[@beepbobeep4594]

Thank you so much. I do the IB but your videos are a life saver!

[@vijayvivian7413]

Simple and very easy to understand. Thank you sir

[@mirrafiulahmed8727]

top notch explanation!!!

[@mayamelie20]

It doesn’t have to be a carbon, it’s a common misconception but there are many ways to have optical isomers. It just has to be an atom with four different groups attached.

[@yukijoyce7010]

thanks for saving my grade 11 life in chemistry

[@emc_44]

Thank you very much, explained so many of the terms that confuse me

[@BOBO_4869]

Thx! Great analogy for the enantiomers

[@fatmaraafat9012]

THAT'S AMAZINGGGG! Thank you so much!

[@aminulakber7622]

bro where is the nucleophilic substitution addition and substitution part?

[@a1sha.]

Best explanation 👌

[@maureenidahor6510]

Thank you so much

[@fariraingundu5777]

Wooow. Thank u

[@parthivcg2399]

are u british

[@amanuelzelalem8615]

Are you Indian

[@productivity7587]

Please get a better mic

[@chikanmao8326]

Increase your volume!!!

[@Mickeymc5637]

Please increase your volume

[@e.suvaazz]

Problems w your device not here