Rate Expression Worksheet

Experimental data for a chemical reaction is available in a table. Chemistry cohorts use critical thinking skills to analyze the data and answer questions about reaction rates and reaction order. This worksheet is neatly formatted,...

Introduce high schoolers to chemical reactions with this series of activities. In a little over an hour, scientists observe four gas-producing reactions: the combination of hydrochloric acid and sodium hydroxide, placing pasta in...

If you need a variety of questions for reactions and rate calculations, this resource is for you. Inspire your students to manipulate values and equations to fit the questions. The word problems are quite involved and require young...

Why was neon mad at fluorine? Because it was always overreacting! Science scholars discover how scientists control chemical reactions thanks to a video from the JFR Science playlist. The example-filled resource explains why not all...

How does concentration affect the rate of reaction? Introduce chemistry scholars to the concept of reaction order using a well-written video from JFR Science. The narrator explains unfamiliar variables, shows reaction orders as graphs,...

Explore what makes a reaction happen by colliding atoms and molecules. Design experiments with different reactions, concentrations, and temperatures. When are reactions reversible? What affects the rate of a reaction?

Students will learn what causes reactions and what affects the rates of reaction through data collected by conducting several simulated experiments.

Does concentration affect the rate of a chemical reaction? Science scholars observe and control a chemical reaction in an interactive simulation. The resource allows pupils to add atoms to the reaction vessel and monitor the reaction's...

An example of how to use the integrated rate law to solve for time and concentration. Understand how to calculate the half-life for a first-order reaction. [10:15]

Review this example of using integrated rate law to solve for concentration, and calculating the half-life for a second-order reaction. [8:03]