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Question 1 of 8
1. Question
As shown in Figure 7, start with 40 orange particles on the right side and 20 blue particles on the left side. Remove the divider and monitor how the system develops or evolves towardthermal and chemical equilibrium. Show a snapshot after a sufficiently long time from the time of divider removal. Report the asymptotic values for both orange and blue species as t→∞.
Figure 7: Initial start-up with 40 orange particles (left) and 20 blue particles (right). Upload a screenshot or a text file of your answer
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Question 2 of 8
2. Question
As shown in Figure 8, start with 50 orange particles on the right side and 20 blue particles on the left side. Remove the divider and monitor how the system develops or evolves toward thermal and chemical equilibrium. Show a snapshot after a sufficiently long time from the time of divider removal. Report the asymptotic values for both orange and blue species as t→∞.
Figure 8: Initial start-up with 50 orange particles (left) and 20 blue particles (right). Upload a screenshot or a text file of your answer
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Question 3 of 8
3. Question
As shown in Figure 9, start with 30 orange particles on the right side and 0 blue particles on the left side. Remove the divider and monitor how the system develops or evolves toward thermal and chemical equilibrium. Show a snapshot after a sufficiently long time from the time of divider removal. Report the asymptotic value for orange species as t→∞.
Figure 9: Initial start-up with 30 orange particles (left) and 0 blue particles (right). Upload a screenshot or a text file of your answer
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Question 4 of 8
4. Question
What is the relationship between the temperature of a substance and the average kinetic energy of its molecules?
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Question 5 of 8
5. Question
What is diffusion?
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Question 6 of 8
6. Question
How does the diffusion rate of gases depend on the molecular weight of the gas?
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Question 7 of 8
7. Question
How does the temperature of a gas affect its diffusion rate?
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Question 8 of 8
8. Question
Which statement is correct?
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