Exploring Boyle’s Law using Vernier Equipment

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Presentation transcript:

Exploring Boyle’s Law using Vernier Equipment CHEMISTRY 1105 Exploring Boyle’s Law using Vernier Equipment

Gas Pressure Sensor connected CHEMISTRY 1105 Pressure vs. Volume VERNIER EQUIPMENT OVERVIEW: Gas Pressure Sensor connected to Analog Port at side of Lab Quest 2 Lab Quest 2 Stylus Power Connection Gas Pressure Sensor Syringe

Pressure vs. Volume CONNECTIONS & POWER: Power Button Power Connection CHEMISTRY 1105 Pressure vs. Volume CONNECTIONS & POWER: Power Connection Power Button

CHEMISTRY 1105 Pressure vs. Volume Tap on the number shown in the red Pressure box to change the units from the default kPa to atm.

CHEMISTRY 1105 Pressure vs. Volume Tap on the Mode box to change the setting to Events with Entry. Name the Event Volume and enter the units as mL.

CHEMISTRY 1105 Pressure vs. Volume Syringe is attached to the pressure sensor with a volume of 10.0mL of AIR. 10.5mL

CHEMISTRY 1105 Pressure vs. Volume Tap on the Gauge Icon . Push the plunger to 5.0 mL and see that the pressure is stable. Warning do NOT let the pressure go above 2.0 atm, it will damage the sensor. Hold the plunger on the syringe throughout the experiment

Pressure vs. Volume 20.0mL 13.5mL 10.5mL 8.0mL CHEMISTRY 1105 Pressure vs. Volume Adjust the Syringe to 5.0 mL and press the Start Button on the Lab Quest 2. Increase the volume in 1 mL stages until you reach 20.0mL. Maintain a steady volume when you are ready and record volume values by pressing the Keep Icon. 20.0mL 13.5mL 8.0mL 10.5mL

CHEMISTRY 1105 Pressure vs. Volume You should have at least 12 different data points after completing the experiment. Press the Stop Button to stop collecting data. Tap on the X/Y Table Icon . Record the data shown in the Run table into your lab notebook. Click on Graph Icon to view the data points on a grid. Make a rough sketch in your notebook of the graph.

Pressure vs. Volume Shut down the Lab Quest 2. CHEMISTRY 1105 Pressure vs. Volume Shut down the Lab Quest 2. Turn the Power Off by pressing the Power button. Graph your data using Excel. Graph Pressure (atm) versus Volume (mL) and Pressure (atm) versus 1/Volume (mL-1). Which graph gives a linear relationship? Create a graph in Excel. Go to http://kwantlen.ca/science/chemistry/chem1210/richsup/excel.pdf