Optical isomerism
uhm so if a compound has a double bond but the rest of the chain is having all sp3 carbons then will it have optical isomerism? and does cyclic comppound have isomerism? if yes how?
22 Replies
@Dexter
Note for OP
+solved @user1 @user2... to close the thread when your doubt is solved. Mention the users who helped you solve the doubt. This will be added to their stats.cyclic compounds do have optical isomerism. thats what wedge dash indicate . molecular plane se upar and uss se neeche
didnt understand your first ques
not if every sp3 carbon has 2 hydrogens
but arent they connected together in both sides in a cyclic then how is it ? i dont get it
in a compound say for example, but2ene there is a double bond but also there are single bonded carbon
will that show optical isomerism?
thats why no geometric isomerism...but if br and h is on carbon in cyclic the br can be above plane and h below AND br and be below and h above plane
in cyclic or the double bond one?
optical isomerism is only shown when carbon is bonded to 4 different groups
yeah that i know that is why i am asking
i will show a example to let u know what i am asking , i dont think u guys understood that wht is my question
ok
,rotate
green carbons pe optical isomerism hoga
so if a compounds has one carbon with double it can still have the isomerism right?
but i dont understand how the cyclic show
the carbon must be sp3 and must have 4 different grps/chains
baaki chain mein kuch bhi ho
agar nh2 ki jagah NHD hota toh N ke about bhi optical isomerism hota
this i have read
so this point clear now?
uhm to all cyclic will have isomerism with diff grps attached right?
and the para, meta, ortho thing wont be much to use here right or will it be?
is it related to plane of symmetry in cyclic?
thats completely unrelated since theres no optical here
yep
aah okk okk got it now
so one without plane of symmetry in cyclic will have chiral
ok got it
+solved @hardcoreisdead @Imine
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