PG (1)
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Name of Faculty : Dr. Chandrani Sarkar Department of Chemistry Kolhan University, Chaibasa |
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Unit/ Module |
Paper Code/ Name |
Lecture PPT |
Lecture Note pdf/Doc. |
Lecture Video |
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I |
Core Course : 5, INORGANIC CHEMISTRY, Chapter 1: Oxidation and Reduction |
Basic Oxidation and Reduction
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 1: Oxidation and Reduction |
Cell potential, standard reduction potential, chemical analysis
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 1: Oxidation and Reduction |
Redox Titration, Equivalence Point, End Point, Analysis of Redox Cycle
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 1: Oxidation and Reduction |
Redox stability in water, Redox stability of Manganese species |
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 1: Oxidation and Reduction |
Latimer Diagram and Forst Diagram
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 1: Oxidation and Reduction |
Pourbaix Diagram
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 1: Oxidation and Reduction |
Method of separation and extraction, Ellingham diagram
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II |
Core Course : 5, INORGANIC CHEMISTRY, Chapter 2: Chemistry of elements of first transition series |
d-Block elements, General properties of d-block elements
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 2: Chemistry of elements of first transition series |
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Properties of the elements of first transition series |
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 2: Chemistry of elements of first transition series |
Binary compounds
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 2: Chemistry of elements of first transition series |
Co-ordination number and geometry
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 3: Chemistry of elements of second and third transition series |
General Characteristics of second and third transition series
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 3: Chemistry of elements of second and third transition series |
Comparative study of elements of second and third transition series (Zirconium and Hafium to Moybdenum and Tungsten)
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 3: Chemistry of elements of second and third transition series |
Comparative study of elements of second and third transition series (Technetium and Rehnium to Ruthenium and Osmium)
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 3: Chemistry of elements of second and third transition series |
Comparative study of elements of second and third transition series (Rohdium and Iridium to Cadmium and Mercury)
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III |
Core Course : 5, INORGANIC CHEMISTRY, Chapter 4: Chemistry of elements of Lanthanide elements |
Introduction, Electronic Configuration, Oxidation states of Lanthanides
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 4: Chemistry of elements of Lanthanide elements |
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Lanthanide contraction, Magnetic properties of Lanthanides, Colour and Spectral properties of Lanthanides
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 4: Chemistry of elements of Lanthanide elements |
Complex formation, Occurrence and Isolation of Lanthanides
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 4: Chemistry of elements of Lanthanide elements |
Compounds of Lanthanides
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 5: Chemistry of elements of Actinide elements |
General Features of the Actinides (Introduction , Occurrence, electronic configuration, oxidation states)
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 5: Chemistry of elements of Actinide elements |
General Features of the Actinides (Melting point / Boiling point, Density, Atomic/ionic radii, magnetic properties, colour of the ions), Compounds of actinides
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 5: Chemistry of elements of Actinide elements |
Isolation of Actinides, Chemistry of separation of Np, Pu and Am from U
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 5: Chemistry of elements of Actinide elements |
Transuranic elements , similarities in Actinides and Lanthanides, Differences in Actinides and Lanthanides
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IV |
Core Course : 5, INORGANIC CHEMISTRY, Chapter 6: Co-ordination compounds |
Co-ordination compounds, Ligands, Chelates, Werner’s theory
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 6: Co-ordination compounds |
Effective atomic number (EAN), IUPAC nomenclature of co-ordination compounds
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 6: Co-ordination compounds |
Isomerism in co-ordination compounds
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Core Course : 5, INORGANIC CHEMISTRY, Chapter 6: Co-ordination compounds |
Valence bond theory (VBT) for co-ordination compounds
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