Chemistry 132: Chapter 13 Revision Test
Papers with Correct and Verified
Solutions.
reaction rate - Answer -change in concentration of either a reactant or product over time
-the increase in the concentration of a product per unit time or the decrease in the
concentration of a reactant per unit time
chemical kinetics - Answer the area of chemistry concerned with reaction rates and the
sequence of steps by which reactions occur
instantaneous rate - Answer the rate at a specific time during the reaction
initial rate - Answer the instantaneous rate at the beginning of a reaction
rate law - Answer an equation that shows how rate depends on concentration of reactants
rate= k [A] ^ m [B]^n
rate constant - Answer (k)
the proportionality constant in a rate law
reaction order - Answer (m & n)
the value of the exponents of concentration terms in the rate law
false - Answer A reaction's order can be determined simply by looking at the stoichiometry of
the balanced chemical equation.
integrated rate law - Answer expresses the reactant concentration as a function of time
ln [A], time (t), negative - Answer For a first order reaction, a plot of _____ vs. _______ yields
a straight line with a ________ slope.
Papers with Correct and Verified
Solutions.
reaction rate - Answer -change in concentration of either a reactant or product over time
-the increase in the concentration of a product per unit time or the decrease in the
concentration of a reactant per unit time
chemical kinetics - Answer the area of chemistry concerned with reaction rates and the
sequence of steps by which reactions occur
instantaneous rate - Answer the rate at a specific time during the reaction
initial rate - Answer the instantaneous rate at the beginning of a reaction
rate law - Answer an equation that shows how rate depends on concentration of reactants
rate= k [A] ^ m [B]^n
rate constant - Answer (k)
the proportionality constant in a rate law
reaction order - Answer (m & n)
the value of the exponents of concentration terms in the rate law
false - Answer A reaction's order can be determined simply by looking at the stoichiometry of
the balanced chemical equation.
integrated rate law - Answer expresses the reactant concentration as a function of time
ln [A], time (t), negative - Answer For a first order reaction, a plot of _____ vs. _______ yields
a straight line with a ________ slope.
