Chapter 15: Chemical Equilibrium and Why Smog Persists

 

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  Quantitative Exercise
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Section 14.2 Reaction Rate (p. 673-679)
Learn to calculate the average and instantaneous rate from the rate expression and concentration vs. time data. Includes practice exercises.


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Section 14.3 Reaction Order (p. 679-697)
Use interactive graphs to explore how reaction rate varies with concentration of reactant. Example problems outline the steps for determining the rate law and rate constant from concentration and initial rate data. Includes practice problems.


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Section 14.4 Reaction Mechanisms (p. 697-704)
Learn to calculate the rate expression of a multi-step reaction from its elementary steps by identifying the rate-determining step. Includes practice exercises


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Section 14.5 Arrhenius Equation (p. 704-712)
This tutorial explores how energy, rate constant, and the effects of temperature and orientation are related. Includes practice exercises.


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Section 14.4-14.6 Collision Theory (p. 697-716)
Explore the effects of temperature, orientation or reactant molecules, and catalysts on reaction rates. Includes practice exercises.


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