TEST 1
STUDY GUIDE
Topic Text Reference
CHAPTER 14
- Write the rate of a reaction in terms of any reactants or products 14.1
- Calculate the average rate of a reaction from concentration and time data 14.1
- Know what order of reaction is and how the rate changes based on concentration of a 14.3
- Use rate law to determine the order of a reaction with respect to any reactant 14.3
- Determine the rate law for a reaction from given data 14.3
- Use the integrated rate laws for and order reactions to determine the 14.4
- Determine the order of a reaction by graphical methods 14.4
- Determine the half-life of and order reactions from given data 14.4
- Use half-life of a reaction to calculate the rate constant 14.4
- Know collision theory and the factors that affect the rate of a reaction 14.5
- Know what an activated complex is and how it is involved in the progress of a reaction 14.5
- Determine activation energy and enthalpy of a reaction from its PE diagram 14.5
- Use Arrhenius equation to determine the activation energy of a reaction 14.6
- Determine activation energy of a reaction by graphical methods 14.6
- Know what elementary reactions are and write rate equations for them 14.7
- Determine the molecularity of an elementary reaction 14.7
- Determine the rate law for a reaction from its mechanism 14.8
- Evaluate proposed mechanisms for agreement with a known rate law 14.8
- Know how a catalyst increases the rate of a reaction 14.9
CHAPTER 15
- Know what chemical equilibrium is and its characteristics 15.1
- Apply stoichiometry to determine the equilibrium composition of reactants and 15.1
- Write equilibrium constant expression based on chemical equations 15.2
- Know equilibrium constant in terms of rate constant of forward and reverse reactions 15.2
- Calculate equilibrium constant from equilibrium concentration data given 15.2
- Calculate equilibrium constant for reverse or reactions with multiple equations 15.2
- Set up reaction table to determine the equilibrium composition each substance 15.2
- Calculate values from and vice versa 15.2
- Write equilibrium constant expression for heterogeneous equilibria 15.3
- Quantitatively interpret the equilibrium position by the magnitude of the constant 15.4
- Predict the direction of a reaction based on given concentration of reactants and 15.5
- Calculate the equilibrium concentration of a substance by solving linear and quadratic equations 15.6
- Use La Chatelier's principle to predict the effect on equilibrium when changes in concentration, temperature or pressure occurs 15.7-15.8
- Know the effect of catalyst on equilibrium 15.9