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Worksheet
Curated OER

Chemical Compounds

For Students 10th - Higher Ed
In this chemical compounds activity, learners identify the types of intermolecular forces present in the given substances, calculate the heat required to convert a liquid to gas, and explain the ideal-gas law. This activity has 5...
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Worksheet
Curated OER

Combined Gas Law

For Students 7th
In this combined Gas Law worksheet, 7th graders determine the volume of the gas at a specific temperature and pressure amount. Then they explain what happens when the tank cools and the pressure of the gas increases. Students also...
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Worksheet
Curated OER

Gas Law Homework Problem Set

For Students 10th - 11th
In this chemistry instructional activity, students determine the mass of the gas when filling a bicycle tire with nitrogen. Then they determine the volume of a balloon when at specific altitudes. Students also determine the partial...
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Lesson Plan
Curated OER

Gas Laws Experienced

For Teachers 9th - 12th
Students discover relationship between temperature pressure and volume as they perform research and experiments.
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Lesson Plan
Curated OER

Blast Off to Learning

For Teachers 6th - 8th
Learners explain the laws of volume and pressure, identify what a limiting reagent is and why it is important in a chemical reaction, and distinguish between fossil fuels and renewable energy sources.
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Worksheet
Curated OER

Chemistry Review

For Teachers 10th - Higher Ed
In this chemistry overview worksheet, students review stoichiometry, states of matter, thermochemistry, gas laws, chemical bonding, molarity, chemical equilibria, and kinetics. This worksheet has 41 problems to solve.
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Worksheet
Curated OER

Gas Law Problems

For Students 9th - 10th
In this gas law problems worksheet, students research and answer nineteen unique questions associated with gas laws. Students work in pairs to answer the twenty questions asked.
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Lesson Plan
Curated OER

Can or Bottle Crusher (Demonstration)

For Teachers 4th - 12th
Students witness the gas law from a demonstration in which a can collapses after the steam escapes. The steam pushes out most of the air from inside the can and then the air outside presses against the can crushing it.