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Magnetic Moment Examples

Find the numb...

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Find the number of ligand(s) which are monodentate, neutral as well as non-classical ligand.
$C O, ⊖ C N, S_{2} O_{3}^{2 -}, P F_{3}$ .

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Q. Find the number of ligands (s) which are monodentate, neutral as well as a non-classical ligand.

C O

C N^{-}

S_{2} O_{3}^{2 -}

P F_{3}

Q. Find the number of ligands which are non-classical ligand and

π

donor as well as

π

acceptor ligand.

_{3}

_{3}

_{3}

_{5}^{Θ}

_{5}

_{5}^{Θ}

Q. Find the number of ligand(s) which is/are non-classical ligand.

C O, N O, C_{2} H_{4}, C

_{3}

_{5}^{-}

H^{-}

Q. (NH2)2 serves as :- (1) Monodentate ligand, Non-chelating ligand (2) Bridging ligand, negative ligand (3) Bidentate ligand, chelating ligand (4) Bidendate ligand, Bridging ligand

Q. Consider the following ligands

N H_{2}^{-}

, acac (Acetylacetone),

O H^{-}

O_{2}^{-}

N O_{2}^{-}, C O_{3}^{2 -}, C l^{-}, C H_{3} C O O^{-}, e n, S O_{4}^{2 -}, N_{2}^{-}

. Then calculate value of "

P + Q - R - S "

. Here
P: Total number of ligands which act as bridging as well as monodentate only.
Q: Total number of flexidentate ligands.
R: Total number of bidentate ligands only.
S: Total number of unsymmetrical bidentate ligands.

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