This General Chemistry lecture introduces the topic of measuring reaction rates, classifying reactions as first-order, second-order, etc. according to their dependence on reactant concentration, and temperature dependence according to the Arrhenius “Law”. We then introduce two simple theories of chemical kinetics, one based on collision theory and the other based on a transition state theory.
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I understand that the types of law in dscussed Kaplan, but do not explain the Arrhenius rate law in this area as well, or a shared surface energy potentielle.Je’ll “get a little more prèsMerci!
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The rate of each reaction depends on the concentration (or partial pressures) of reactants. This dependence is described by the rate law: Rate = k [A] rates [B] 2 reaction also depends on things like temperature. This operation is described by the Arrhenius law: k = [A exp -Ea/RT]. Theories more detailed description of the unit in terms of number of available states, Shae the potential energy surface, etc. For MCAT, you should know about rate laws and the law of Arrhenius.
This has been very helpful in explaining the explanation Kaplan K [A [B] 2], but what he means by the rate constant varies with the properties of molécules.Comment know this change? Where I can find issues of law that would use MCAT rates!
Thank you very much for sharing your knowledge.
Nice, but stop stuttering.
useful. . Thanks
Thank you very much. . . is less clear in the material they teach, without hesitation or umm!
as she eassier teachers understand that my explanation