AQA 3.7 Optical Isomerism REVISION

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Don’t worry allery, I will subscribe to make sure your channel prospers, and I will even watch your videos after my a levels finish, I’d just like to request of you if it is possible for you to go over most required practicals in detail with the theory and the set up, as this would help us immensely as I fear a lot of students like myself will lose marks on potential practical related questions, so I’d like to request that you’d cover the chemistry required practicals with the steps, theory’s and reasonings within good depth.

Stay safe allery, lots of love.

bombaclart
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I don’t usually watch revision videos, but your chemistry ones are just amazing. I couldn’t thank you anymore. Unfortunately, you don’t teach biology too 😆

hashimimran
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Your videos are amazing 🤩 - which accent do you have by the way 😎(I live in the north)

bosci
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Thank you so much. You're a life saver

michellettimars
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The two molecules drawn are the exact same molecule but just flipped at (7:38), they would be enantiomers if the groups moved without the bonds (i.e dotted, wedge, straight). since these two molecules can still superimpose.

themilkemissary
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Hi Sir, ur videos are very useful! thank you! Also I have a question about the optical isomer, what if a carbon atoms has a double bond? does that means that there will definitely be no optical isomer?

sciencerevision
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12:55 what would happen to the H when Br- was added ??

Wont it be H3C-C-H-C2H5-Br + H ???

amishakatherine
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Wouldn’t the reaction be with HCN instead of KCN to form an OH group in propanal?

SM-fvzc