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Apply an Inverse Pressure-Volume Model - Practice 2

For a fixed amount of ideal gas at constant absolute temperature, pressure times volume is constant.

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For a fixed amount of ideal gas at constant absolute temperature, pressure times volume is constant. Use absolute pressure rather than gauge pressure. This paper model does not describe all real gases or changing-temperature processes.

Worked example

At constant temperature, 100 kPa absolute x 6 L = 200 kPa absolute x 3 L.

At constant temperature, 100 kPa absolute x 6 L = 200 kPa absolute x 3 L.
At constant temperature, 100 kPa absolute x 6 L = 200 kPa absolute x 3 L.
Question 1 Ideal gas paper model 6: initial absolute pressure 100 kPa and volume 14 L. Temperature and gas amount stay fixed. At 200 kPa absolute, what is the volume in L?
Question 2 Ideal gas paper model 7: initial absolute pressure 100 kPa and volume 16 L. Temperature and gas amount stay fixed. At 200 kPa absolute, what is the volume in L?
Question 3 Ideal gas paper model 8: initial absolute pressure 100 kPa and volume 18 L. Temperature and gas amount stay fixed. At 200 kPa absolute, what is the volume in L?
Question 4 Ideal gas paper model 9: initial absolute pressure 100 kPa and volume 20 L. Temperature and gas amount stay fixed. At 200 kPa absolute, what is the volume in L?
Question 5 Ideal gas paper model 10: initial absolute pressure 100 kPa and volume 22 L. Temperature and gas amount stay fixed. At 200 kPa absolute, what is the volume in L?