According to valence bond theory,the metal at | vedclass

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(B) According to valence bond theory,the central metal atom or ion makes available a number of empty orbitals equal to its coordination number for the

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$(n-1)d, ns, np$

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(B) According to valence bond theory,the central metal atom or ion makes available a number of empty orbitals equal to its coordination number for the formation of coordinate bonds with ligands.These empty orbitals are hybridized to form a set of equivalent hybrid orbitals of definite geometry.For transition metals,the orbitals involved in hybridization are $(n-1)d$,$ns$,and $np$ orbitals.

According to valence bond theory,the metal atom or ion can make use of which of the following orbitals to yield hybrid orbitals that can form bonds with ligands?

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