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Sol-Kin-Equal Test (Kinetics (Reaction Rate: The change in concentration…
Sol-Kin-Equal Test
Kinetics
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Rate Laws: express the relationship between the concentration of reactants and the rate of reaction ONLY REACTANTS
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Rate Expressions
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- change in [A] / change in t = - change in [B] / change in t = change in [C] / change in t
Orders
To solve for the orders of a reaction, you must first refer to rate Law and compare the data given.
For the compund, first you need to look at where the other compund is remaining constant and divide them as well as the rate
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Equillibrium
Le Chateliers Principle
When a system at equillibrium is placed under stress, the system will undergo a change in such a way as to relieve that stress
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Chemical Equillibrium
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When the rate of the forward reaction equals the rate of the reversible reaction and the concentration of products and reactants remains unchanged
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Reaction Quotient: When the system is not at equillibrium the reaction quotient Q, takes place of K, the equillibrium constant in the law of mass action
When Q = K, the system is at equillibrium
When Q > K, the system shifts to the left, consuming products and forming reactants until equillibrium is achieved
When Q < K, the system shifts to the right, consuming reactants and forming products until equillibrium is achieved
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