This unit includes resources, such as slideshows, worksheets, activities, and labs, on Gas Laws for high school chemistry students.

This unit is part of the Chemistry course.

Collection Contents


This resource is a PowerPoint presentation covering pressure, characteristics of gases, Boyle's law, Charles's law, buoyancy, density, and Archimedes' principle. There are a couple images in this file for which I don't know the copyright status. Their inclusion here should be protected as fair use, but the images are not covered by the Creative Commons license. If you can replace the images with open-licensed or public domain equivalents, please do. This resource is part of the Chemistry course which contains units on Lab Setup and Safety; Nomenclature; Chemical Reactions and Balancing; Metric Systems & Conversions; Periodic Table and Trends; Atomic Structure; Nuclear Chemistry; Acids, Bases, & Salts; Bonding; Percent Composition; Solutions, Molarity, and Concentrations; Stoichiometry; Energy; Gas Laws; Reaction Rates and Equilibrium; Electron Configuration; and Redox Reactions.
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Worksheet: Gas Laws 1

by Robert Lucas

This resource is a worksheet containing practice problems on gas laws. This resource is part of the Chemistry course which contains units on Lab Setup and Safety; Nomenclature; Chemical Reactions and Balancing; Metric Systems & Conversions; Periodic Table and Trends; Atomic Structure; Nuclear Chemistry; Acids, Bases, & Salts; Bonding; Percent Composition; Solutions, Molarity, and Concentrations; Stoichiometry; Energy; Gas Laws; Reaction Rates and Equilibrium; Electron Configuration; and Redox Reactions.
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Worksheet: Gas Laws 2

by Robert Lucas

This resource is a worksheet containing practice problems on gas laws. This resource is part of the Chemistry course which contains units on Lab Setup and Safety; Nomenclature; Chemical Reactions and Balancing; Metric Systems & Conversions; Periodic Table and Trends; Atomic Structure; Nuclear Chemistry; Acids, Bases, & Salts; Bonding; Percent Composition; Solutions, Molarity, and Concentrations; Stoichiometry; Energy; Gas Laws; Reaction Rates and Equilibrium; Electron Configuration; and Redox Reactions.
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Worksheet: Gas Laws 3

by Robert Lucas

This resource is a worksheet containing practice problems on gas laws. This resource is part of the Chemistry course which contains units on Lab Setup and Safety; Nomenclature; Chemical Reactions and Balancing; Metric Systems & Conversions; Periodic Table and Trends; Atomic Structure; Nuclear Chemistry; Acids, Bases, & Salts; Bonding; Percent Composition; Solutions, Molarity, and Concentrations; Stoichiometry; Energy; Gas Laws; Reaction Rates and Equilibrium; Electron Configuration; and Redox Reactions.
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Worksheet: Gas Laws 4

by Robert Lucas

This resource is a worksheet containing 7 practice problems on gas laws. This resource is part of the Chemistry course which contains units on Lab Setup and Safety; Nomenclature; Chemical Reactions and Balancing; Metric Systems & Conversions; Periodic Table and Trends; Atomic Structure; Nuclear Chemistry; Acids, Bases, & Salts; Bonding; Percent Composition; Solutions, Molarity, and Concentrations; Stoichiometry; Energy; Gas Laws; Reaction Rates and Equilibrium; Electron Configuration; and Redox Reactions.
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Lab: Graham's Law

by Robert Lucas

In this lab, students will learn about Graham's Law. From the introduction: "In this experiment, we will be investigating Graham’s Law, using solutions of aqueous hydrochloric acid, and aqueous ammonia. Graham’s Law is a gas law equation which compares the rates of effusion of two gases (relative to each other) to the molar masses of these gases, according to the following equation..." This resource is part of the Chemistry course which contains units on Lab Setup and Safety; Nomenclature; Chemical Reactions and Balancing; Metric Systems & Conversions; Periodic Table and Trends; Atomic Structure; Nuclear Chemistry; Acids, Bases, & Salts; Bonding; Percent Composition; Solutions, Molarity, and Concentrations; Stoichiometry; Energy; Gas Laws; Reaction Rates and Equilibrium; Electron Configuration; and Redox Reactions.
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This resource is a 49-slide PowerPoint presentation on KMT. Headings include: What is KMT?, physical properties of gases, temperature, pressure, Boyle's Law, Charles's Law, combined gas law, Avagadro's Law, ideal gas law, real and ideal gases, Dalton's law of partial pressures, Graham's Laws, and STP. This resource is part of the Chemistry course which contains units on Lab Setup and Safety; Nomenclature; Chemical Reactions and Balancing; Metric Systems & Conversions; Periodic Table and Trends; Atomic Structure; Nuclear Chemistry; Acids, Bases, & Salts; Bonding; Percent Composition; Solutions, Molarity, and Concentrations; Stoichiometry; Energy; Gas Laws; Reaction Rates and Equilibrium; Electron Configuration; and Redox Reactions.
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This resource is a mini-lab on Kinetic Molecular Theory. "Purpose: To observe color changes in the chemical reactions of gases and to interpret these changes in terms of kinetic molecular theory." This resource is part of the Chemistry course which contains units on Lab Setup and Safety; Nomenclature; Chemical Reactions and Balancing; Metric Systems & Conversions; Periodic Table and Trends; Atomic Structure; Nuclear Chemistry; Acids, Bases, & Salts; Bonding; Percent Composition; Solutions, Molarity, and Concentrations; Stoichiometry; Energy; Gas Laws; Reaction Rates and Equilibrium; Electron Configuration; and Redox Reactions.
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This resource is a worksheet for a series of demos on fluid pressure. I don't think we have the actual procedures, but you should be able to figure them out. If you do and type them up, please upload them. This resource is part of the Chemistry course which contains units on Lab Setup and Safety; Nomenclature; Chemical Reactions and Balancing; Metric Systems & Conversions; Periodic Table and Trends; Atomic Structure; Nuclear Chemistry; Acids, Bases, & Salts; Bonding; Percent Composition; Solutions, Molarity, and Concentrations; Stoichiometry; Energy; Gas Laws; Reaction Rates and Equilibrium; Electron Configuration; and Redox Reactions.
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In this lab, students go online and use a Flash widget that simulates a gas-filled chamber, for which they can vary the temperature and pressures. They record measurements and answer questions. Some of the questions and text in this handout are adapted from the page on which the widget is found. Quite a bit has been added, but I'm unsure what the copyright implications are. If this is a problem for the copyright holders, we can replace this worksheet with a simple link. Please let me know. This resource is part of the Chemistry course which contains units on Lab Setup and Safety; Nomenclature; Chemical Reactions and Balancing; Metric Systems & Conversions; Periodic Table and Trends; Atomic Structure; Nuclear Chemistry; Acids, Bases, & Salts; Bonding; Percent Composition; Solutions, Molarity, and Concentrations; Stoichiometry; Energy; Gas Laws; Reaction Rates and Equilibrium; Electron Configuration; and Redox Reactions.
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In this lab, students inflate balloons, place them in beakers, fill with water, vary the temperature, and track the change in volume of the balloon (measured by volume displaced). This resource is part of the Chemistry course which contains units on Lab Setup and Safety; Nomenclature; Chemical Reactions and Balancing; Metric Systems & Conversions; Periodic Table and Trends; Atomic Structure; Nuclear Chemistry; Acids, Bases, & Salts; Bonding; Percent Composition; Solutions, Molarity, and Concentrations; Stoichiometry; Energy; Gas Laws; Reaction Rates and Equilibrium; Electron Configuration; and Redox Reactions.
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Gas Law Stations

by Robert Lucas

This resource is a collection of signs to be placed at 9 stations around the classroom. Each sign has a gas law problem. Students rotate and solve. This resource is part of the Chemistry course which contains units on Lab Setup and Safety; Nomenclature; Chemical Reactions and Balancing; Metric Systems & Conversions; Periodic Table and Trends; Atomic Structure; Nuclear Chemistry; Acids, Bases, & Salts; Bonding; Percent Composition; Solutions, Molarity, and Concentrations; Stoichiometry; Energy; Gas Laws; Reaction Rates and Equilibrium; Electron Configuration; and Redox Reactions.
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This resource is a review game on Gases, modeled on Who Wants to Be a Millionaire. This is an elaborate PowerPoint presentation This resource is part of the Chemistry course which contains units on Lab Setup and Safety; Nomenclature; Chemical Reactions and Balancing; Metric Systems & Conversions; Periodic Table and Trends; Atomic Structure; Nuclear Chemistry; Acids, Bases, & Salts; Bonding; Percent Composition; Solutions, Molarity, and Concentrations; Stoichiometry; Energy; Gas Laws; Reaction Rates and Equilibrium; Electron Configuration; and Redox Reactions.
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