Web-based Simulations/Inquiry Activities
Instructors ONLY Page

Use this page to investigate the simulations and accompanying guided/open inquiry activities. Also is provided support for instructors including expected student response, sample exam questions and criteria for assessing the effectiveness of the simulation and inquiry activity.

If you would like to use any of these materials with your students we suggest that you access the activities you intend your students to use, copy the URL for the activity (see below) and make that URL available to your students. Do NOT use the URL for this page!

MoLE Units	Inquiry Activity / Activity Focus	Simulation	Expected Student Responses	Sample Exam Questions	Activity Assessment Criteria	Institutions Using
Gas Law	Pressure versus Volume / Boyle's Law Pressure versus Temperature / Charles' Law Systems and Research Statements / Open Inquiry	Gas Law (URL: http://cheminfo.chem.ou.edu/~mra/BCCE2004/GLHeNeAr.htm)*	PV Activity Answers PT Activity Answers		PV Activity PT Activity
Equilibrium	Shifting Reactions A / Reversibility of a chemical reaction   Systems and Research Statements / Open Inquiry	Gas Phase Equilibrium (Molecular) (URL:http://cheminfo.chem.ou.edu/~mra/BCCE2004/ERGBM.htm)*   Reaction: R + BG ----> RG + B	Shifting Reactions A Shifting Reactions B Shifting Reactions C
Equilibrium	Shifting Reactions B / Le Chatelier's Principle Shifting Reactions C / Extent of a Reaction Systems and Research Statements / Open Inquiry	Gas Phase Equilibrium (Numeric) URL:(http://cheminfo.chem.ou.edu/~mra/BCCE2004/ERGBN.htm)* Reaction: R + BG ----> RG + B   Reaction #1 (Numeric R + G ---> RG) Reaction #2 (Numeric BG ---> B + G) Reaction #3 (Numeric RB ---> R + B)
Gas Phase Kinetics	Mechanisms Elementary Steps in a Chemical Reaction and Collision Theory   Rates of Reaction A Differential Rate Law     Rates of Reaction B Integrated Rate Laws       Catalysis Catalyzed versus Uncatalyzed Reaction     Systems and Research Statements	Mechanism A (Molecular) Reaction: 2G + B ----> G2B Mechanism B (Molecular) Reaction: R + BG ----> RG + B         Rates of Reactions A (Molecular) Reaction: 2G + B ----> G2B Rates of Reactions A (Numeric) Reaction: 2G + B ----> G2B     Rates of Reactions B (Molecular 1st order) Rates of Reactions B (Molecular 2nd order) Reaction: RB ----> R + B Rates of Reactions B (Numeric 1st order) Reaction: RG ----> R + G Rates of Reactions B (Numeric 2nd order) Reaction: RB ----> R + B   Catalysis (Molecular) Reaction: R + B ----> RB (R is the catalyst) Catalysis (Numeric) Reaction: R + B ----> RB (R is the catalyst)       Reaction #1 (Numeric Self-catalyzed) Reaction #2 (Molecular) Reaction: 2NO2 + F2 ----> 2NO2F Reaction #2 (Numeric) Reaction: 2NO2 + F2 ----> 2NO2F Reaction #3 (Molecular) Scroll down to section titled Simulation Exercises in Development and click on the old "Kinetics Simulation".
Atomic Structure and Periodicity	Under Development
Acid/Base Chemistry	Under Development
Calorimetry	Under Development
ElectroChemistry	Under Development
Molecular and Solid State Structure	Under Development

*Copy this URL and give to your students so they can directly access the simulation. DO NOT give your students the URL to this page.

 

Recommendation of how to use the simulations/activities in your classroom.