`NF_(3)` is not hydrolysed while `NCl_(3)` can be readily hydrolysed.

1.	`NF_(3)` is not hydrolysed while `NCl_(3)` can be readily hydrolysed. Explain.
Answer» Both nitrogen and fluorine atoms donot have any vacant d-orbitals to accept electron pairs from the oygen atom in `H_(2)O` molecule. Therefore, `NF_(3)` cannot be hydrolysed. However, `NCl_(3)` has vacant d-orbitals on chlorine atoms which can take up electron pairs from `H_(2)O` molecules. As a result, `NCl_(3)` can be hydrolysed. `NCl_(3)+2H_(2)O to NH_(3)+3HClO`

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`NF_(3)` is not hydrolysed while `NCl_(3)` can be readily hydrolysed. Explain.

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