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Second Order Integrated Rate Law

Instructions:

Choose an answer and hit 'next'. You will receive your score and answers at the end.

question 1 of 3

Integrated rate laws show how the _____ depends on _____.

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1. If a reactant is second order with respect to a certain reactant, then that reactant's concentration is being _____ in the differential rate law.

2. In the second order integrated rate law equation, the rate constant (k) is equal to which of the following variables in the equation for a line?

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About This Quiz & Worksheet

Use this quiz and worksheet to assess your understanding of the second order integrated rate law, a way of analyzing reactants from second order reactions. In these assessments you will describe what happens to a reactant's concentration under the second integrated rate law, understand how the law is graphed and solve for a reactant's concentration.

Quiz & Worksheet Goals

Objectives of this quiz and worksheet include:

  • Define what integrated rate laws show
  • Describe what happens to a second order law reactant's concentration
  • Identify which variable the rate constant (k) is equal to in the equation for a line
  • Know what measure of concentration A would produce a straight line if plotted
  • Solve for concentration of a reactant

Skills Practiced

Students will practice these comprehension skills in the accompanying assessments:

  • Reading comprehension - ensure that you draw the most important information from the related chemistry lesson
  • Problem solving - use acquired knowledge to solve second order integrated rate law practice problems
  • Knowledge application - use your knowledge to answer questions about graphing second integrated rate law reactants and how to solve for a reactant's concentration following the second law

Additional Learning

For more information on the second order integrated rate law, review the related lesson 'Second Order Integrated Rate Law'. This lesson contains the following objectives:

  • Explore how the order of a reaction is used for the differential rate law equation
  • Recall the general reaction equation
  • Define the second order differential rate law
  • Examine the second order integrated rate law equation
  • Understand how to graph the law
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