Khan Academy Static

In this tutorial, we will convert rate laws into equations that allow us to determine the concentrations of reactants at any time during the course of a reaction.

12216_Second_order_reaction_example.html

12215_Half_life_of_a_second_order_reaction.html

12217_Zero_order_reaction_with_calculus_.html

12210_Half_life_and_carbon_dating.html

12207_First_order_reaction_with_calculus_.html

12213_Second_order_reaction_with_calculus_.html

12209_Half_life_of_a_first_order_reaction.html

12206_Integrated_rate_laws_introduction.html

12214_Plotting_data_for_a_second_order_reaction.html

12208_Plotting_data_for_a_first_order_reaction.html

12218_2015_AP_Chemistry_free_response_5.html

12212_Rate_constant_k_from_half_life_example.html

12211_First_order_reaction_example.html