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In organic chemistry, there are three broad categories of reactions--addition-elimination, substitution, and elimination. In inorganic chemistry, on the other hand, the only one that's typically seen is substitution. In this post we'll talk about some of these topics in order to provide a more thorough understanding of some very important reactions. We'll start by talking about the mechanism for carbonyl catalyzed propargylation followed by stereocontrolled aldol or E2-7 cyclization reactions using stereogenic amines as substrates Inorganic Chemistry: Selected Topics in Inorganic Chemistry will teach you different types of reactions from reactivity to mechanism and everything else in between. It is a great resource for chemistry students and teachers. The following content will provide a thorough introduction to reactions of alkenes and alkynes with nucleophiles. In addition, it will also cover ligand-catalyzed organic synthesis. In Chapter 1, we'll start out with a discussion of alkene/yne/propylene chemistry from basic mechanisms to new applications in the field of liquid crystal display devices. As a result, we'll see an expansion in our understanding of reactions involving alkenes and alkynes. In Chapter 2, we'll talk about how to construct new organic compounds by using organic intermediates. A lot of times, these are not the most efficient methods in the world. A lot of times, they are also not very environmentally friendly. That being said, most of these reactions have specific applications in the field of materials science. In Chapter 3, we'll discuss transition metal compounds with special emphasis on iron complexes. We'll talk about reactivity, reactant selection, and the use of the different catalysts used in these reactions. In Chapter 4, we'll talk about relevance of coordination bonds in organic chemistry. We'll look at new ways to synthesize compounds through coordination complexes of transition metals with transition metal ions being used as ligands. In Chapter 5, we'll go over new reactions involving cyclopropanations. These are interesting reactions that were not widely known until very recently. Some of these reactions are performed with iridium-based catalysts resulting in impure products due to the greater presence of olefins as a byproduct (i.e. oxidation). The use of a very specific catalyst in a specific reaction in which the olefin is converted into a polar carbocation results in a very pure product. In Chapter 6, we'll be talking about organic reactions with fluorine compounds. In addition, we'll talk about the chemistry behind certain reactions involving fluorobenzenes. In Chapter 7, we'll discuss coordination compounds of transition metals and transition metal ions with other chalcogens and heteroatoms to form Friedel-Crafts metal acetates through addition of organometallic complexes. We'll look at these reactions from basic mechanisms and reactivity to new applications and products resulting from these types of reactions including products for liquid crystal displays and new materials. cfa1e77820
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