1. Press reset. Select constant volume. Put 100 gas atoms in the container - wait for pressure to stabilize.
2. Beneath the container is a bucket with "Heat" and "Cool".Pull the lever on this heat control down and then up, removing and then adding heat to the container. What happens to the temperature and pressure?
3. Explain your answers in terms of mechanics of the gas atoms.
4. Sketch a graph of how you think the pressure of the gas in the container depends on the temperature of the gas in the container. Put pressure (P) on the vertical axis, and Temperature (T in Kelvins) on the horizontal axis.
5. Describe a real world situation that would be described by the graph you drew.

This is two separate once

1. Press reset. Put 100 gas atomsin the container. Select constant temperature. Wait for pressure to stabilize.
2. Click on the handle on the left edge of the container, and drag to make the container smaller. What happens to the volume and pressure?
3. Explain your answers in terms of mechanics of the gas atoms.
4. Sketch a graph of how you think the pressure of the gas in the container depends on the Volume of the container. Put pressure (P) on the vertical axis, and Volume (V) on the horizontal axis.
5. Describe a real world situation that would be described by the graph you drew.