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Put 200 light particles in the container at 300K. What is the pressure that you measure after
50 picoseconds? And at OK?
Which gas law explains this
phenomenon?
Increase the temperature until the lid comes off. What's the maximum pressure achieved?
(2 points)
Put 100 light particles in the container at 300K. What is the pressure that you measure after
50 picoseconds?
And at OK?
Increase the temperature until the lid comes off. What's the maximum pressure achieved?
What happens to the pressure of the sample when the volume increases (lid comes off)?
law explains this phenomenon?
Does particle count have any effect on the results of the experiments?
(2 points)
Put 100 heavy and 100 light particles in the container at 300K
What total pressure is achieved with both gases colliding (atm) after 1minute? What's the
final temperature?
What pressure is exerted by the heavy particles alone (atm) after 50 picoseconds?
What pressure is exerted by the light particles alone (atm) after 50 picoseconds?
Does particle size have any effect on the results of all three experiments?
Explain why (hint kinetic energy).
Answers: 1
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