_____ Reaction Rate a. An equation that shows how reaction rate depends on reactant concentration _____ Chemical kinetics b. It is formed in one elementary reaction and consumed in the next _____ Instantaneous rate c. It is based in molecular kinetics theory _____ Rate determining step d. The magnitude of ____ changes with temperature _____ Catalyst e. Occurs when forward and reverse reactions proceed at equal rates _____ Rate law f. The slowest step in a multi-step mechanism _____ Rate constant g. The part of chemistry that deals with chemical reactions _____ Collision Model h. It is defined by the number of molecules that participate as reactants _____ Molecularity i. The speed at which a chemical reaction occurs _____ Chemical equilibrium j. The rate at a particular instant _____ Intermediate k. A substance that changes the speed of the chemical reaction
Match
_____ Reaction Rate |
a. An equation that shows how reaction rate depends on reactant concentration |
_____ Chemical kinetics |
b. It is formed in one elementary reaction and consumed in the next |
_____ Instantaneous rate |
c. It is based in molecular kinetics theory
|
_____ Rate determining step |
d. The magnitude of ____ changes with temperature
|
_____ Catalyst |
e. Occurs when forward and reverse reactions proceed at equal rates |
_____ Rate law |
f. The slowest step in a multi-step
|
_____ Rate constant |
g. The part of chemistry that deals with chemical reactions
|
_____ Collision Model |
h. It is defined by the number of molecules that participate as reactants |
_____ Molecularity |
i. The speed at which a chemical reaction occurs
|
_____ Chemical equilibrium |
j. The rate at a particular instant
|
_____ Intermediate |
k. A substance that changes the speed of the chemical reaction |
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