Reduction of benzene is presence of $N i$ gives:

cyclohexane

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heterocyclic

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alicyclic

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unsaturated Aliphatic

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Solution

The correct options are
A cyclohexane
C alicyclic
Hydrogenation of benzene is also possible using a palladium catalyst or a rhodium $(R h)$ catalyst or $N i$ catalyst and cyclohexane forms as a product.

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