Increase the temperature in the container to about 350K. Remeasure the length of the container and record the length and temperature of the container in the data table. Repeat for 400K. Decrease the temperature in the container to about 250K. Record the length of the container and the temperature. Assume that the height of the container is 7 cm and the depth of the container is 2 cm. Calculate the volume of the container at each temperature. Data: Length Temperature Volume Graph your results. Place temperature on the x-axis and volume on the y-axis. Based on the results of your experiment, what is the relationship between the volume and temperature of a gas? Do your results match your prediction? Using the first row of data in your data table and Charles’ law, determine what the volume in the container would be if the temperature were 200K. Mark this point on your graph.
Increase the temperature in the container to about 350K. Remeasure the length of the container and record the length and temperature of the container in the data table. Repeat for 400K. Decrease the temperature in the container to about 250K. Record the length of the container and the temperature. Assume that the height of the container is 7 cm and the depth of the container is 2 cm. Calculate the volume of the container at each temperature. Data: Length Temperature Volume Graph your results. Place temperature on the x-axis and volume on the y-axis. Based on the results of your experiment, what is the relationship between the volume and temperature of a gas? Do your results match your prediction? Using the first row of data in your data table and Charles’ law, determine what the volume in the container would be if the temperature were 200K. Mark this point on your graph.
gas-laws-graphing-activity-lab.docx