b. Temperature c. Pressure 6. How did increasing the number of particles affect the pressure of the container? 7. Reset

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B Temperature C Pressure 6 How Did Increasing The Number Of Particles Affect The Pressure Of The Container 7 Reset 1 (49.96 KiB) Viewed 10 times

b. Temperature c. Pressure 6. How did increasing the number of particles affect the pressure of the container? 7. Reset the simulation by clicking on the orange reset button. Add some of the heavy particles into the container. After adding the particles, click on the Pressure IV Button. After clicking this button, heat the container. How does the volume of the gas change as you increase the temperature? Begin to cool the container. How does the volume of the gas change as you decrease the temperature? 8. With the gas in the container, click the Pressure IT After clicking this, move the wall of the container to the right to decrease the volume of the container. What appeared to happen in order to maintain the same amount of pressure of the container when the volume was decreased? 9. Now move the wall of the container to the left to increase the volume of the container. What appeared to happen in order to maintain the same amount of pressure of the container when the volume was increased? 10. Based on your findings from the simulation, summarize the relationships below for an ideal gas: a. How are pressure and volume related to one other? b. How are pressure and temperature related to one other? c. How are volume and temperature related to each other?