`N_2` forms `NCl_3` whereas `P` can form both `PCl_3` and `PCl_5`. Why ?A. P has low lying 3d - orbitals , which can be used for bonding but N does not have 3d - orbtals in its valence shellB. N atoms is larger than P in sizeC. P is more rective towards Cl than ND. None of these

`N_2` forms `NCl_3` whereas `P` can form both `PCl_3` and `PCl_5`. Why

1.	`N_2` forms `NCl_3` whereas `P` can form both `PCl_3` and `PCl_5`. Why ?A. P has low lying 3d - orbitals , which can be used for bonding but N does not have 3d - orbtals in its valence shellB. N atoms is larger than P in sizeC. P is more rective towards Cl than ND. None of these
Answer» Correct Answer - A Nitrogen has no d-orbitals in its valence shell.

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`N_2` forms `NCl_3` whereas `P` can form both `PCl_3` and `PCl_5`. Why ?A. P has low lying 3d - orbitals , which can be used for bonding but N does not have 3d - orbtals in its valence shellB. N atoms is larger than P in sizeC. P is more rective towards Cl than ND. None of these

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