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Coordination Chemistry: AJai Kumar I was checking out this website and found that the free ebook is all about how to become a professional in coordination chemistry. It has everything you'll need to know, from targeted skills and goals to strategies on how to succeed at your new career. Definitely check this book out if you're interested in learning more about becoming an expert at this science field. Too many people nowadays rely on easy answer guides for anything they might be interested in. If you want a new skill or profession, it's always best to go straight to the source so you can have a thorough understanding of what your future holds for you. This book goes into great detail about the job, both during the interview and after certain points in your career. Alkali Coordination Compounds: A Comprehensive Guide To The Science Of Chemical CoordinationThis is a comprehensive guide to alkali coordination compounds, or compounds with metal cations occupying four or more positions of an organic structure. It discusses properties of coordination complexes, complexes formed through ionic bonding, hydrolysis reactions resulting in coordination products, and applications of coordination chemistry including catalysis.Coordination number (CN) is used to describe the strength of bonds between two metal ions that are covalently bonded to one another. The CN in a compound is indicated by Roman numerals. The formula below is used to determine the CN of solids, liquids and solutions: where "X" is a variable that indicates whether or not the metal ions are covalently bonded to one another. In this equation, "1" indicates no bond, while "+", "-", "0", and "" indicate the number of bonds plus 1, minus 1, 0, and 1 respectively. For example, a salt with a CN of 7 has 7 bonds between the metal ions. Relative rate constants and transition states were used in the early 20th century to help explain the chemical bonding in many organic compounds. The relative rate constant is an expression of how fast a reaction occurs for a given amount of reactant. It is expressed as: where "K" is the reactant concentration, "R" indicates the reaction rate (in mol/sec), and "V" is the initial velocity ("V"). The two examples below demonstrate these concepts. The examples above show that there are two ways to go about determining relative rate constants:Often, this procedure will result in a value that cannot be directly converted to an SI unit (SI units do not contain another unit named k). In this case, we can use a conversion factor to convert from "R" to a unit that does contain k. The SI converter factors listed below will allow you to do this: Relative rate constants can also be used to determine transition state information. Transition state theory is the study of the physical and chemical changes that arise upon binding of a reactant with a transition state. This process is faster than the initial reaction, and is therefore described using a relative rate constant ("k" must be used instead of "V"). In order to make use of these two methods, we must first know what kind of reaction we are analyzing. cfa1e77820
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