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Given the Geometry of Nitrogen (Which Is Not Represented Properly

Question 30

Multiple Choice

Given the geometry of nitrogen (which is not represented properly here) ,the oxime shown below could exist as how many isomers? Given the geometry of nitrogen (which is not represented properly here) ,the oxime shown below could exist as how many isomers?   A)  Only one isomer is possible. B)  Two enantiomers are possible. C)  Two diastereomers are possible. D)  Three stereoisomers are possible. E)  There are no stereoisomers of this compound possible.


A) Only one isomer is possible.
B) Two enantiomers are possible.
C) Two diastereomers are possible.
D) Three stereoisomers are possible.
E) There are no stereoisomers of this compound possible.

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