What does the Arrhenius equation describe?

A. The relationship between temperature and reaction rate
B. The relationship between concentration and reaction rate
C. The relationship between pressure and reaction rate
D. The equilibrium constant of a reaction

Answer: The relationship between temperature and reaction rate

Additional Information: The Arrhenius equation describes how the rate constant of a reaction depends on temperature and activation energy.

Subjects: Chemical Kinetics, Chemistry

Related MCQs

For a chemical reaction to occur, the reacting molecules must:
Which statement best describes the transition state of a chemical reaction?
What is the effect of increasing the concentration of a reactant on the rate of a second-order reaction?
What is a unimolecular reaction?
Which of the following is true about the Arrhenius equation?
In a first-order reaction, how does the rate change when the concentration of the reactant is doubled?
In a second-order reaction, if the concentration of a reactant is halved, how does the rate of reaction change?
Which plot can be used to determine the order of a reaction based on concentration vs. time data?
What effect does increasing the temperature have on the rate constant of a reaction?
What is a reaction mechanism?
What is the effect of increasing the surface area of a solid reactant?
Which of the following scenarios represents an endothermic reaction?
What is meant by ‘rate of reaction’?
Which of the following is a characteristic of first-order reactions?
What is the overall order of a reaction with the rate law Rate = k[A]²[B]?

MCQs Menu

Biology MCQs
Chemistry MCQs
Computer MCQs
English MCQs
General Knowledge MCQs
General Science MCQs
Geography MCQs
Islamiyat MCQs
Mathematics MCQs
Physics MCQs

Engineering MCQs

Civil MCQs
Electrical MCQs
Mechanical MCQs

Privacy Policy
Terms & Conditions
Disclaimer
Sitemap

Search for: