Course curriculum
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1
Transition metal Properties
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Introduction to Transition Metals Notes
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01 Transition metals and d-block metals
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02 Atomic radius across d-block metals
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03 IE and Successive IE
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04 Energy for ionisation
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05 Why does Mn7+ not exist on its own?
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06 1st IE across d-block metals
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2
Complex & Complex ions
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07 Transition metal complex & coordination number
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08 Naming complex ions
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09 Cu2+ forms complex but Na+ does not
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10 Mono, bi and multidentate ligands
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11 [AlF6]3-
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12 Haemoglobin
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13 Cis-platin
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3
Colour
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Colour of Transition Metals Notes
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14 Colour in transition metals
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15 Different E values
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4
Acid / Base & Ligand Substitution
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Acidity, NaOH(aq) & NH3(aq) Notes
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16 Acidity of M2+ & M3+
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17 Adding NaOH(aq) dropwise & in excess
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18 Ligand exchange with NH3
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19 Summary of ligand exchange with NH3
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20 Summary with NaOH & NH3
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21 Ligand exchange with Cl-
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22 Stereoisomers & ligands
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23 Disproportionation of Cu+
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24 Colour of solutions and ppt's on adding NaOH(aq) + NH3(aq)
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25 Ligand exchange & Chelation
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5
Colours of Chromium & Manganese
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Chromium & Manganese Notes
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26 Colour of Chromium ions
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27 Preparation of Chromium(II) ethanoate
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28 Colour of Manganese ions + compounds
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29 Working out oxidation state of V
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6
Catalysts
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Catalysts Notes
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30 What are catalysts?
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31 Heterogeneous catalysts
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32 Homogeneous catalysts
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33 Polychromic sunglasses
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