CHEM 1312 Lecture 7: Lecture 7 Reaction Rates
28 Jan 2017
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Rate will be the instantaneous rate, unless otherwise noted. As the reaction progresses, the concentration of reactants decreases, thus: The average rate of the reaction should decrease over time. We can express this in terms of the product or reactant: The change in b"s concentration is happening twice as fast as a"s concentration. So in general, if you have aa + bb --> cc + dd. Then you do the faction with the coefficients. 4ph3 (g) ---> p4 (g) + 6h2 (g) If molecular hydrogen is formed at a rate of 0. 168 m s-1 , as what rate is. Note that you do not use the coefficients for this. Based on the data below, what is the rate law for the following reaction: F2 (g) + clo2 (g) --> 2fclo2 (g) Which two experiments can we compare for f2? lecture notes page 2. After repeated the same steps for clo , we get: lecture notes page 3.
