Coordination Compounds questions
1380 published questions with worked solutions.
- In how many of the following is the oxidation number of cobalt +3? i. Na_3[Co(NO_2)_6] ii. [Co(NH_3)_6]Cl_3 iii. [Co(en)Cl_2]^+...
- How many of the following are ambidentate ligands? i. CO ii. CN^- iii. F^- iv. OH^- v. SCN^- vi. NO_2^-
- The number of electrons in the t_ 2g orbitals of the cobalt ion in [Co(NH_3)_6]^ 3+ is
- How many of the following are inner-orbital complexes? i. [CoF_6]^ 3- ii. [Co(NH_3)_6]^ 3+ iii. [Mn(CN)_6]^ 3- iv. [MnCl_6]^ 3-...
- Palladium(II) tends to form complexes with coordination number 4. One such compound was originally formulated as PdCl_2 3NH_3....
- Among the following, the number of ligands in which the donor atom(s) is/are only N is ___. en, EDTA, dien, dmg, NH_3, gly
- The number of geometrical isomers for the complex [Fe(en)_2Cl_2]Cl is
- A coordination compound CrCl_3 4H_2O precipitates AgCl with silver nitrate solution. The molar conductivity of the solution...
- The number of diamagnetic species among the following is _ _ _: [Ni(CO)_4], [NiCl_4]^ 2- , [CoF_6]^ 3- , [Cu(NH_3)_4]^ 2+ ,...
- How many among the following exhibit linkage isomerism? i. [CoCl_2(en)_2]Cl ii. (NH_4)_2[Pt(SCN)_6] iii. [Cr(H_2O)_6]Cl_3 iv....
- EDTA^ 4- forms very stable complexes with most transition metals. In the octahedral [M(EDTA)]^ 2- complex, where M is in the +2...
- How many of the following are heteroleptic complexes? i. Tetracarbonylnickel(0) ii. Diamminechloridonitrito-N-platinum(II) iii....
- What is the charge of the complex formed by a platinum(II) metal ion surrounded by two ammonia molecules and two bromide ions?
- What is the denticity of the drawn salicylaldehyde–ethylenediimine (salen-type) ligand?
- The number of enantiomers possible for an octahedral complex [Ma_4bc]^ n is _ _ _ (a, b, c are monodentate ligands).
- A square planar complex is formed by the hybridisation of the following atomic orbitals
- Coordinate compounds are formed by:
- Which of the following are sets of diamagnetic species?
- In [Fe(CN)_5(NO^+)]^ 2- , Fe has +3 state. It can be decided by
- Magnetic moment of [Ti(H_2O)_6]^ 3+ is
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