Question

Sonja and Jeremy performed several experiments to show how changes in temperature affected the volume of an inflated balloon. They made sure the pressure stayed the same. They also showed the effects of pressure on volume if temperature stayed the same. They organized their information in this table. Experiment Volume Pressure Temperature
A Increases Stays the same Increases
B Decreases Stays the same Decreases
C Increases Decreases Stays the same
D Decreases Increases Stays the same

The results of the experiments show that there are two ways to decrease the volume of an enclosed gas. Identify each way, then explain changes in particle behavior that are responsible for the volume decrease in each method

Answer 1

Using Boyle's law, they also demonstrated the effects of pressure on volume when the temperature remained constant.

What is Boyle's law?

The Law states that at a constant temperature, the pressure of a given mass of an ideal gas is inversely proportional to its volume.

They also demonstrated the effects of pressure on volume if the temperature remained constant, which will provide evidence for Boyle's law.

• Boyle's law states that "if the temperature is constant, the volume of a fixed mass of a gas varies inversely as the pressure changes."

• When the temperature is held constant, the law confirms what happens when there is a dynamic between pressure and volume.

As a result, the experiment designed to investigate this proves and demonstrates Boyle's law.

To know more about the Boyles law, visit:

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