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Notes in
Chapter 13.1 d block elements
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Published
08/02/2024
Anomalies of electron configuration in the transition metals
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08/02/2024
Physical properties of transition metals
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Why do transition metals have their properties (fix)
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Chemical properties of transition metals
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Which atom in the d block is not a transition metal and why?
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Why do transition metals have variable oxidation numbers (Ca vs Ti)?
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All transition metals show {{c1::both +2 and +3}} oxidation states
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Maximum number of oxidation states increases in steps of {{c1::+1}} until {{c1::the maximum at manganese}}.
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All transition metals show both {{c1::+2 and +3}} oxidation states. The increased {{c1::nuclear charge of the later elements (more positive ->…
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IMPORTANT Oxidation states above {{c1::+3}} generally show {{c1::covalent}} character because their {{c1::positive charge polarises negative…
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What is the most common oxidation state of transition metals?
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Which transition metal in the 3d block has the highest oxidation state and what value? And in what trend do the oxidation states go in?
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Complex Ions:Transition metals in solution have a high charge density, and they can attract {{c1::water molecules in coordinate bonds (ligands)}} …
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What are ligands?
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The number of {{c1::coordinate bonds from the ligands to the central ion}} is called {{c2::the coordination number}}{{c2::}}
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Explain why the transition metals make effective heterogeneous catalysts
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Explain why heterogeneous catalysts are generally used in industrial processes.
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Polydentate ligands and chelates
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Diamagnetism
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Paramagnetism (which one is the most paramagnetic and why)
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Ferromagnetism
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{{c1::image-occlusion:rect:left=.1881:top=.1087:width=.2096:height=.3564:oi=1}}{{c2::image-occlusion:rect:left=.4196:top=.0986:width=.1237:height=.363…
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08/02/2024
{{c1::image-occlusion:rect:left=.1889:top=.0277:width=.3108:height=.1905:oi=1}}{{c2::image-occlusion:rect:left=.5222:top=.0434:width=.0852:height=.166…
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