Chemical Kinetics
General Chemistry • 8 topics in this chapter.
This Chemical Kinetics chapter in General Chemistry focuses on how fast reactions occur and what controls reaction rate, with interactive calculators and explanations for rate laws, reaction order, rate constants, and the factors that affect kinetics such as concentration, temperature, catalysts, and surface area. It also supports core kinetics concepts like collision theory and activation energy so you can connect particle-level models to measurable rate data.
On this page you can determine rate laws from experimental data, solve integrated rate law problems for zero-, first-, and second-order reactions, and calculate half-life, concentration vs time, and time required to reach a target conversion. Tools can also help with Arrhenius equation calculations to relate temperature changes to k and activation energy, with step-by-step outputs that show how to set up logarithms, units, and graphs correctly.
The difficulty level ranges from beginner-friendly rate basics to advanced integrated-rate and Arrhenius problems, making it ideal for high school, AP/IB Chemistry, and introductory university chemistry. Teachers can use it to demonstrate kinetics reasoning and graph interpretation, self-learners can practice until rate laws and half-life feel automatic, and advanced users can quickly verify calculations for lab kinetics, mechanism discussions, and exam preparation.
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1. Rate of Chemical Reaction
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2. Effect of Concentration on Reaction Rates the Rate Law
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3. Zero Order Rate Law
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4. First Order Rate Law
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5. Second Order Rate Law
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6. Pseudo First Order Reactions
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7. Graphing Data to Determine the Order of a Reaction
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8. The Effect of Temperature on Reaction Rates
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