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(B) The molecule has a chiral center at the second carbon from the top. When we replace $H_a$ with $D$,we create a new chiral center,resulting in one

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diastereomers

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(B) The molecule has a chiral center at the second carbon from the top. When we replace $H_a$ with $D$,we create a new chiral center,resulting in one stereoisomer. When we replace $H_b$ with $D$,we create another stereoisomer. Since the molecule already contains a chiral center,replacing these diastereotopic hydrogens leads to the formation of a pair of diastereomers. Thus,$(X)$ and $(Y)$ are diastereomers.

The relation between $(X)$ and $(Y)$ is:

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