Eighth graders use lab work and software to collect and analyze pressure and temperature data in order to illustrate the relationship between the temperature and pressure of a gas at a constant volume. They conduct a lab and organize...

Pupils describe the relationship between temperature and volume. In this chemistry lesson plan, students perform an experiment and record their their results. They use Charles' law to explain their observations.

Even middle schoolers still enjoy experimenting with bubbles! They execute a series of experiments enabling them to distinguish between convex and concave surfaces, explore the properties of buoyancy, surface tension, and density,...

Young scholars explore food. For this nutrition lesson, students investigate multiple facets of healthy eating and how the fast food industry impacts our society. They will participate in class discussions, read from their text-book, and...

A full-fledged practice final prepares pupils for their general chemistry final exam. If they complete these 57 multiple-choice questions correctly, they will be well-prepared. Note: even though the questions are multiple-choice, there...

Middle-schoolers still enjoy playing with bubbles! In this series of eight laboratory activities, science learners explore convex and concave surfaces, angles, gas laws, buoyancy, density and more! 

For this metric units worksheet, learners convert measurements from one metric unit to another using dimensional analysis. They must show their work to receive credit.

Can you go ice fishing in the ocean? Learners examine the freezing point of different saltwater solutions. Each solution has a different concentration of salt. By comparing the freezing points graphically, they make conclusions...

Students investigate the concept of a thermodynamic system. The difference between a state and phase is defined as part of the experimental explanations given in writing. Students conduct experiments to demonstrate laws of science like...

In this limitations of formulas worksheet, students answer four essay questions about functions. Two questions refer to the limitations of formulas. They graph one function and explain how it specifies the rule of the function.

Students learn the combined gas law, undersand how it incorporates all of the different relationships that they have already learned, and manipulate it to solve numberical problems.

In this matter worksheet, students review the states of matter and the gas law formulas and equations. Students then complete 7 multiple choice questions and 6 problems.

In this gases worksheet, students review the kinetic molecular theory and use the ideal gas law to solve 20 problems.

Young scholars learn the relationships between the different properties of a gas and use previous knowledge and make predictions. They predit and explain certain phenomena of gases using their chemical knowledge.

Student Teachers are given the opportunity to examine how to use a computer-based laboratory for inquiry. The practice is done to teach future teachers how to use these tools so they can be ready for use in the classroom environment.

Check out this wonderful animation depicting Boyle's Law. See what the relationship is between the pressure and volume of gases.

Read this passage and study the graph to complete the five-question quiz related to how the heart works including the relationship of pressure and volume.

This online calculator allows the student to solve for either Pressure or Volume. Other features include a tutorial explaining Boyle's law.

Official homepage of Robert Boyle (1627-1691 CE). The site is very comprehensive in its information about Boyle. The site has links to a bibliography, his works, correspondence, etc.

A lab activity where students investigate the relationship between temperature and volume using a plastic syringe with a stopper. The syringe, filled with trapped air, is placed in a hot and a cold water bath, and temperature and volume...

Colorful animation outlining the relationship between the temperature and volume of gas particles. See what happens when the number of particles and pressure remains constant and the temperature of the gas is altered.

[Free Registration/Login Required] In this interactive activity, discover the relationship between pressure and volume. After the activity, answer one challenge question about the topic.

In this activity, students' will use a pressure sensor to investigate the relationship between pressure and volume for an enclosed air sample, and fit an inverse function model to the pressure versus volume data.

Provides a great introduction to Boyle's Law as well as a link to a more detailed explanation if that's what you're looking for. Gives a real life example that is very helpful in comprehending the law.