Chemistry5th Sem

B.Sc. Chemistry

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B.Sc. Chemistry

5th Semester Syllabus

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MJC-8 (T) : Inorganic Chemistry: Coordination Chemistry

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Unit 1: Introduction
Molecular or addition compounds
Double salts and coordination compounds
Coordination sphere
Coordination number (C.N)
Oxidation state (O.S.) of the central metal atom/ion
Ligands and their classification
Chelating ligands
Chelates and their stability
Werner's theory of coordination compounds
Limitations of Werner's theory
Effective atomic number (EAN) rule
Nomenclature of coordination compounds
Isomerism in coordination compounds
Unit 2: Valence bond theory
Valence bond theory of complex compounds, different octahedral, square planar and tetrahedral complexes of Cr, Fe, Co, Ni, Cu and Zn, strength of ligands and stability of complexes, outer and inner orbital complexes
Limitations of valence bond theory (VBT)
Unit 3: Crystal field theory
Crystal field theory
Crystal field splitting of d-orbitals in octahedral
Tetrahedral
Tetragonal and square-planar complexes
HS and LS complexes
Factors affecting the crystal field splitting energy
Spectrochemical series
Magnetic properties of complexes
Colour of the complexes
Crystal field stabilization energy (CFSE) and its calculation
Variation of octahedral ionic radii
Crystal structure of spinels
Unit 4: Magnetic properties of transition metal complexes
Types of magnetic behaviour
Methods of determination of magnetic susceptibility
L-S coupling
Correlation of the magnetic moment (spin only formula) and effective magnetic moment values
Quenching of orbital contribution to magnetic moment
Applications of magnetic moment data for 3d series
Reference Books:
  • Selected Topics in Inorganic Chemistry- Malik, Madan and Tuli
  • Chemistry for degree students- R. L. Madan
  • Inorganic Chemistry- Gary L. Miessler and Donald A.Tarr
  • Advanced Inorganic chemistry- F.A. Coton and Wilkinson
  • Concise Inorganic Chemistry- J.D.Lee
  • Inorganic Chemistry- P.W.Atkins
  • Advanced Inorganic Chemistry- Kalia, Puri and Sharma