CSIR NET Questions Practice 20 | Coordination Chemistry 02 | CSIR NET GATE 4000 + Best Questions

✅Call us for Queries or Complaints: 9354609677 ------------------------------------------------------- 📲 Chiral Academy App: https://play.google.com/store/apps/de... 📲 Visit Website to Purchase the Course: https://chiralacademy.in/ ------------------------------------------------------- 📌 Follow Us On - ✅Telegram: https://t.me/chiralacademy ✅WhatsApp Channel: https://whatsapp.com/channel/0029VaHy... ✅Instagram:   / chiral_academy_chemistry   ✅Facebook: https://www.facebook.com/profile.php?... ✅ LinkedIn:   / chiral-academy   ------------------------------------------------------- Welcome to Session 18 of the 4000+ Question Practice Series by Chiral Academy, focused on the critically important and highly conceptual topic of Coordination Chemistry. Whether you are preparing for CSIR NET, GATE Chemistry, IIT JAM, BARC, TIFR, or M.Sc./Ph.D. entrance exams, this session will help you master one of the most frequently tested units in Inorganic Chemistry. In this session, we’ll cover: Basic terms: ligand, coordination number, central atom IUPAC Nomenclature of Coordination Compounds Werner’s Theory & effective atomic number (EAN) Types of ligands (monodentate, bidentate, polydentate) Chelation and stability of complexes Isomerism (geometrical, optical, linkage, ionization) Valence Bond Theory (VBT) and hybridization Crystal Field Theory (CFT) – octahedral and tetrahedral fields Spectrochemical series, CFSE, and color of complexes Magnetic properties and low spin/high spin cases With a combination of conceptual explanations and high-quality MCQs, you’ll gain full clarity on complex bonding, structure, and behavior of coordination compounds. All questions are aligned with the latest CSIR NET and GATE exam pattern and are solved with shortcuts, tricks, and logic to boost your score. ✅ Best suited for: CSIR NET Inorganic Chemistry section GATE Chemistry candidates M.Sc. and JAM aspirants focusing on Coordination Compounds Students struggling with CFT, VBT, and isomerism logic 📌 Subscribe to Chiral Academy and never miss any session of India’s most exam-oriented chemistry practice series! 🔑 Keywords Coordination Chemistry, Coordination Compounds, Ligands, Monodentate Ligand, Bidentate Ligand, Polydentate Ligand, Chelation, Central Atom, Coordination Number, Werner’s Theory, Effective Atomic Number, IUPAC Nomenclature, Coordination Complexes, Isomerism in Coordination, Optical Isomerism, Geometrical Isomerism, Linkage Isomerism, Ionization Isomerism, Hydration Isomerism, VBT, Valence Bond Theory, CFT, Crystal Field Theory, Octahedral Complex, Tetrahedral Complex, Square Planar Complex, Magnetic Properties of Complexes, Spectrochemical Series, CFSE, Color of Complexes, Spin Pairing, High Spin Complex, Low Spin Complex, Crystal Field Splitting, Orbital Overlap, Coordination Geometry, Hybridization in Complexes, sp3d2, d2sp3, sp3, dsp2, Chemistry MCQs, CSIR NET Inorganic Chemistry, GATE Chemistry, GATE Inorganic MCQs, Chiral Academy, JAM Chemistry, M.Sc. Entrance, BARC Chemistry, TIFR Chemistry, Inorganic Practice Series, Coordination Chemistry Questions, Ligand Field Theory, Chelate Effect, EDTA Complex, Geometry of Complexes, Stability Constants, Ambidentate Ligands, Bridging Ligands, Complex Ion Formation, Metal-Ligand Bonding, Bonding in Complexes, Electron Count Method, CFSE Calculation, d-Orbital Splitting, Spectral Properties, Coordination Tricks, Shortcuts for VBT, Color and Magnetism, Inorganic Chemistry Practice, CSIR NET 2025, GATE 2025, Free Chemistry Series, Exam Based MCQs #CoordinationChemistry #CSIRNET #GATEChemistry #InorganicChemistry #Ligands #VBT #CFT #CoordinationCompounds #ChiralAcademy #CSIRNETPreparation #GATE2025 #SpectrochemicalSeries #MagneticProperties #LowSpinComplex #HighSpinComplex #IUPACNomenclature #WernerTheory #CFSE #CoordinationMCQs #ChemistryPractice #MScEntrance #JAMChemistry #CSIRInorganic #ColorOfComplexes #IsomerismInComplexes #ChelationEffect #FreeChemistrySeries #ChiralLive #HybridizationInComplexes #CrystalFieldSplitting