A) A and B diastereomer; C and D diastereomer
B) A and B enantiomer; C and D diastereomer
C) A and B diastereomer; C and D enantiomer
D) A and B enantiomer; C and D enantiomer
Correct Answer: C
Solution :
Because of absence of stereocentre in A and B there are diastereomer. 
Both C and D are mirror images of each other hence are enantiomers.
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