Which of the following compounds is optically | vedclass

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(C) compound is optically active if it lacks both a Plane of Symmetry $(POS)$ and a Center of Symmetry $(COS)$.$A$: The substituted biphenyl shown has

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(C) compound is optically active if it lacks both a Plane of Symmetry $(POS)$ and a Center of Symmetry $(COS)$.$A$: The substituted biphenyl shown has a plane of symmetry passing through the central bond,making it optically inactive.$B$: The allene $H(F)C=C=C=C(H)F$ has a plane of symmetry,making it optically inactive.$C$: The structure $CCl_3-CH(OH)-CH(OH)-CD_3$ has two chiral centers,but due to the different terminal groups ($CCl_3$ and $CD_3$),it does not have a plane of symmetry or center of symmetry,making it optically active.$D$: The cyclobutane derivative shown has a plane of symmetry,making it optically inactive.

Which of the following compounds is optically active?

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