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Questions and Answers
What does the rate law or rate equation for a chemical reaction link the rate of forward reaction with?
What does the rate law or rate equation for a chemical reaction link the rate of forward reaction with?
- The volumes of the reactants
- The masses of the reactants
- The concentrations or pressures of the reactants and constant parameters (correct)
- The temperatures of the reactants
What does the expression $v_{0};=;k[\mathrm {A} ]^{x}[\mathrm {B} ]^{y}$ represent?
What does the expression $v_{0};=;k[\mathrm {A} ]^{x}[\mathrm {B} ]^{y}$ represent?
- The equilibrium constant of a chemical reaction
- The initial rate of a chemical reaction (correct)
- The final rate of a chemical reaction
- The rate of reverse reaction
What do the exponents $x$ and $y$ in the rate equation represent?
What do the exponents $x$ and $y$ in the rate equation represent?
- The concentrations of the reactants A and B
- The rate coefficients for A and B
- The pressures of the reactants A and B
- The partial orders of reaction for A and B (correct)
What is the overall reaction order in the rate equation?
What is the overall reaction order in the rate equation?
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What can the values of the exponents in the rate equation be?
What can the values of the exponents in the rate equation be?
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