Determine the absolute configurations of the chiral centres in the following compound
Determine the absolute configurations of the chiral centres in the following compound
- A
$a = R; b = S$
- B
$a = R; b = R$
- C
$a = S ; b = S$
- D
$a = S; b = R$
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- [AIEEE 2002]
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Explain following term :
$(a)$ Isomerism $(b)$ position isomerism $(c)$ chain isomerism $(d) $ functional group isomerism $(e)$ metamerism $(f)$ optical isomerism
Explain following term :
$(a)$ Isomerism $(b)$ position isomerism $(c)$ chain isomerism $(d) $ functional group isomerism $(e)$ metamerism $(f)$ optical isomerism
STATEMENT-$1$: Molecules that are not superimposable on their mirror images are chiral because
STATEMENT-$2$: All chiral molecules have chiral centres.
STATEMENT-$1$: Molecules that are not superimposable on their mirror images are chiral because
STATEMENT-$2$: All chiral molecules have chiral centres.
- [IIT 2007]