MCQ on Coordination Compounds. We covered all the MCQ on Coordination Compounds in this post for free so that you can practice well for the exam.
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MCQ on Coordination Compounds for NEET Students
Which of the following ligands is INCORRECTLY matched?
(A) Hydroxylamine: Neutral molecule
(B) Hydrazinium: Neutral molecule
(C) Nitrate: Negative ion
(D) Carbonate: Negative ion
Option b – Hydrazinium: Neutral molecule
The CORRECT order of ligands according to their decreasing field strength is ………
(A) CN > EDTA > HO > OH > CH
(B) CN >H2O > EDTA > OH > CF
(C) H2O >CN > OH > EDTA > CI
(D) CN > EDTA > OH > H₂O > CF
Option a – CN > EDTA > HO > OH > CH
Which of the following is CORRECT regarding Werner’s theory of coordination compounds?
(A) The outer sphere corresponds to the coordination sphere.
(B) Primary valences are non-rigid and non-directional.
(C) The groups present in the coordination sphere are loosely bound to the metal ion.
(D) The secondary valence corresponds to the oxidation state of the metal ion.
Option b – Primary valences are non-rigid and non-directional.
The spin-only magnetic moment of an octahedral homoleptic Mn(III) complex is 4.90 B.M. The suitable ligand for this complex is ……..
(A) en
(B) CN
(C) CO
(D) CI
Option d – Cl
The two isomers X and Y with the formula Cr(H₂O)5CIBr2 were taken for an experiment on depression in the freezing point. It was found that one mole of X gave depression corresponding to 2 moles of particles and one mole of Y gave depression due to 3 moles of particles. The structural formulae of X and Y respectively are ……..
(A) [Cr(H₂O)5CI]Br2, [Cr(H₂O)3CIBr₂].2H₂O
(B) [Cr(H₂O)5Br]BrCI.[Cr(H₂O)4 CIBr]Br.H₂O
(C) [Cr(H₂O)5Cl]Br2, [Cr(H₂O)4CIBr]Br.H₂O
(D) [Cr(H₂O)4Br₂]CI.H₂O, [Cr(H₂O)5CI]Br2
Option d – [Cr(H₂O)4Br₂]CI.H₂O, [Cr(H₂O)5CI]Br2
The energy difference between t2g and eg level in a tetrahedral crystal field is ………
(A) 4Dq
(B) 6Dq
(C) 10Dq
(D) 12Dq
Option c – 10Dq
Triethylenetetramine is an example of ………. ligand.
(A) monodentate
(B) bidentate
(C) tridentate
(D) tetradentate
Option d – tetradentate
Tollens’ reagent contains a silver-ammonia complex. The oxidation number and coordination number of silver in Tollens’ reagent respectively are ……….
(A) +1, 1
(B) +2, 1
(C) +2, 2
(D) +1,2
Option d – +1,2
Which of the following is a coordination compound of iron?
(A) Chlorophyll
(B) Wilkinson catalyst
(C) cis-Platin
(D) Haemoglobin
Option d – Haemoglobin
In the SCN ligand, if S is attached to a central metal atom, the name of the ligand is ………
(A) thiocyanato-N
(B) cyanato-N
(C) thiocyanato-S
(D) cyanato-S
Option c – thiocyanato-S
When 0.01 mole of a cobalt complex (P) is treated with excess silver nitrate solution, 4.305 g silver chloride is precipitated. The formula of the complex (P) is Atomic mass: Cl = 35.5, Co= 58.9, Ag = 108
(A) Co(NH3)3Cl3
(B) [Co(NH3)5CI]Cl₂
(C) [Co(NH3)6]Cl3
(D) [Co(NH3)4Cl2]NO3
Option c – [Co(NH3)6]Cl3
How many moles of ions are produced from one mole of potassium ferrocyanide in solution? Assume complete ionization
(A) 4 mol
(B) 5 mol
(C) 10 mol
(D) 11 mol
Option b – 5 mol
Mn2(CO)10 is ………
(A) mononuclear
(B) dinuclear
(C) trinuclear
(D) tetranuclear
Option b – dinuclear
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