Question 1
What should be kept constant when determining the reaction order of a specific reactant?
Question 2
Why is understanding stoichiometry crucial in calculating reaction rates?
Question 3
How does kinetics differ from thermodynamics in terms of chemical reactions?
Question 4
What term describes the ratio of the change in concentration of products to the change in time?
Question 5
In the rate law expression: Rate = k[A]^m[B]^n, what does 'm' and 'n' represent?
Question 6
How does stoichiometry affect the rate expression of a reaction?
Question 7
How is the rate constant 'k' calculated in a rate law expression?
Question 8
What is the unit of reaction rate in chemical kinetics?
Question 9
What is indicated by a negative rate of disappearance for a reactant?
Question 10
How can one experimentally determine the order of a reaction with respect to a given substance?
Question 11
In chemical kinetics, which factor makes diamond conversion to graphite slow?
Question 12
In the context of kinetics, what generally characterizes a slow reaction?
Question 13
What is the main focus of chemical kinetics?
Question 14
What happens to the rate in a zero-order reaction when concentration changes?
Question 15
What does a first-order reaction indicate?