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Coordination Compounds
68 topics, ranked by how often each is asked.
- 104 questions
- 38 papers
- 5.91% of Chemistry
Topics
The squares are the last ten exam years: filled means it was asked that year.
Topics
- 1Magnetic Properties and Hybridisation1 questionPractise Magnetic Properties and Hybridisation
- 2Crystal Field Theory and Colour of Complexes1 questionPractise Crystal Field Theory and Colour of Complexes
- 3Werner's Theory and Electrolytic Conductance1 questionPractise Werner's Theory and Electrolytic Conductance
- 4Crystal Field Theory and Magnetic Behaviour of Complexes1 questionPractise Crystal Field Theory and Magnetic Behaviour of Complexes
- 5Homoleptic and Heteroleptic Complexes1 questionPractise Homoleptic and Heteroleptic Complexes
- 6Isomerism in Coordination Compounds12 questionsPractise Isomerism in Coordination Compounds
- 7Nomenclature and Types of Complexes1 questionPractise Nomenclature and Types of Complexes
- 8Stability of Coordination Compounds – Chelate Effect1 questionPractise Stability of Coordination Compounds – Chelate Effect
- 9Nomenclature of Coordination Compounds1 questionPractise Nomenclature of Coordination Compounds
- 10Crystal Field Theory – Colour of Complexes1 questionPractise Crystal Field Theory – Colour of Complexes
- 11Ligands – Denticity1 questionPractise Ligands – Denticity
- 12Bonding in Coordination Compounds – Magnetic Moment1 questionPractise Bonding in Coordination Compounds – Magnetic Moment
- 13Coordination Compounds – Tetraamminecopper(II) Complex1 questionPractise Coordination Compounds – Tetraamminecopper(II) Complex
- 14Crystal Field Theory – Spectrochemical Series1 questionPractise Crystal Field Theory – Spectrochemical Series
- 15Crystal Field Theory – d-orbital Splitting in Octahedral Complexes1 questionPractise Crystal Field Theory – d-orbital Splitting in Octahedral Complexes
- 16Spin-only magnetic moment formula, $\mu = \sqrt{n(n+2)}$ BM1 questionPractise Spin-only magnetic moment formula, $\mu = \sqrt{n(n+2)}$ BM
- 17Geometry/shapes of coordination complexes1 questionPractise Geometry/shapes of coordination complexes
- 18Types of ligands - ambidentate ligands1 questionPractise Types of ligands - ambidentate ligands
- 19Types of isomerism in coordination compounds1 questionPractise Types of isomerism in coordination compounds
- 20Denticity of ligands1 questionPractise Denticity of ligands
- 21Ambidentate ligands1 questionPractise Ambidentate ligands
- 22Qualitative analysis - identification tests for cations/radicals1 questionPractise Qualitative analysis - identification tests for cations/radicals
- 23Structure of metal carbonyls1 questionPractise Structure of metal carbonyls
- 24VBT hybridisation and geometry1 questionPractise VBT hybridisation and geometry
- 25Complex salts vs double salts1 questionPractise Complex salts vs double salts
- 26Solvate (hydrate) isomerism1 questionPractise Solvate (hydrate) isomerism
- 27Structural isomerism in coordination compounds1 questionPractise Structural isomerism in coordination compounds
- 28Bonding in metal carbonyls3 questionsPractise Bonding in metal carbonyls
- 29Crystal field splitting - tetrahedral vs octahedral1 questionPractise Crystal field splitting - tetrahedral vs octahedral
- 30Optical isomerism in complexes3 questionsPractise Optical isomerism in complexes
- 31Spectrochemical series1 questionPractise Spectrochemical series
- 32Crystal field theory - magnetic moment1 questionPractise Crystal field theory - magnetic moment
- 33IUPAC nomenclature of coordination compounds2 questionsPractise IUPAC nomenclature of coordination compounds
- 34Geometrical isomerism - fac and mer1 questionPractise Geometrical isomerism - fac and mer
- 35Werner's theory - ionisation1 questionPractise Werner's theory - ionisation
- 36Metal carbonyls2 questionsPractise Metal carbonyls
- 37Valence bond theory – hybridisation and magnetism1 questionPractise Valence bond theory – hybridisation and magnetism
- 38Stability of complexes – formation constants1 questionPractise Stability of complexes – formation constants
- 39Werner's theory – ionisable chloride1 questionPractise Werner's theory – ionisable chloride
- 40Crystal field theory – spectrochemical series and colour1 questionPractise Crystal field theory – spectrochemical series and colour
- 41Organometallic compounds – sigma and pi bonded1 questionPractise Organometallic compounds – sigma and pi bonded
- 42Valence bond theory – hybridisation and geometry1 questionPractise Valence bond theory – hybridisation and geometry
- 43Metal carbonyls – synergic bonding1 questionPractise Metal carbonyls – synergic bonding
- 44Trans effect1 questionPractise Trans effect
- 45Crystal field theory – Jahn–Teller distortion1 questionPractise Crystal field theory – Jahn–Teller distortion
- 46Werner's theory2 questionsPractise Werner's theory
- 47Crystal field theory7 questionsPractise Crystal field theory
- 48IUPAC nomenclature of complexes1 questionPractise IUPAC nomenclature of complexes
- 49Valence bond theory5 questionsPractise Valence bond theory
- 50Coordination number and oxidation state1 questionPractise Coordination number and oxidation state
- 51Applications of coordination compounds2 questionsPractise Applications of coordination compounds
- 52Magnetic properties of complexes6 questionsPractise Magnetic properties of complexes
- 53Colour of coordination compounds2 questionsPractise Colour of coordination compounds
- 54Isomerism1 questionPractise Isomerism
- 55Organometallic Compounds2 questionsPractise Organometallic Compounds
- 56Importance and Applications of Coordination Compounds1 questionPractise Importance and Applications of Coordination Compounds
- 57Crystal Field Theory and Spectrochemical Series1 questionPractise Crystal Field Theory and Spectrochemical Series
- 58Valence Bond Theory: Hybridisation1 questionPractise Valence Bond Theory: Hybridisation
- 59Crystal Field Theory: High Spin Complexes1 questionPractise Crystal Field Theory: High Spin Complexes
- 60Geometrical Isomerism1 questionPractise Geometrical Isomerism
- 61Importance of Coordination Compounds in Biological Systems1 questionPractise Importance of Coordination Compounds in Biological Systems
- 62Writing Formulas from IUPAC Names1 questionPractise Writing Formulas from IUPAC Names
- 63Applications of Coordination Compounds: Electroplating1 questionPractise Applications of Coordination Compounds: Electroplating
- 64Complex Formation1 questionPractise Complex Formation
- 65Coordination Number and Denticity1 questionPractise Coordination Number and Denticity
- 66Valence Bond Theory: Magnetic Behaviour1 questionPractise Valence Bond Theory: Magnetic Behaviour
- 67Ionisation of Complexes1 questionPractise Ionisation of Complexes
- 68Stability of Complexes in Qualitative Analysis1 questionPractise Stability of Complexes in Qualitative Analysis
No topics match.
Questions per paper
Asked in 16 of the last 16 papers (2017–2026).
- 2026: 4 questions
- 2026 Re-NEET: 6 questions
- 2025: 3 questions
- 2024: 3 questions
- 2024 Re-NEET: 4 questions
- 2023: 2 questions
- 2023 Manipur: 2 questions
- 2022: 2 questions
- 2022 Phase 2: 2 questions
- 2021: 2 questions
- 2020: 2 questions
- 2020 Phase-2: 1 question
- 2019: 1 question
- 2019 Odisha: 1 question
- 2018: 3 questions
- 2017: 5 questions
Concepts tested
- Ionisable chloride 2
- Spectrochemical series 2
- Ambidentate ligands
- back-bonding-co-bond-length
- Bidentate ligands
- Bidentate oxalate ligand
- Bonding in metal carbonyls
- CFSE
- CFSE of high-spin d5
- CFSE of low-spin d6
- chelating ligands increase stability
- Chirality of cis bis-chelate complexes
- Cis-trans isomerism
- Cisplatin
- Cisplatin as anticancer drug
- Classification of isomerism
- Cobalt in cyanocobalamin
- Combining geometrical and linkage isomerism
