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Question 1 of 8
1. Question
For the following initial conditions:
N1= 50 atoms, V1= 10±0.1 nm, T1=278±2 K, and P1=5.4±0.1 atm, as shown in Figure 16, carry out the following cases:
- Iso-choric (constant-V) heating up to P2=10.0±0.1 atm. Report T2.
- Iso-choric (constant-V) cooling down to P2=4.5±0.1 atm. Report T2.
- Iso-baric (constant-P) compression to V2= 5.0±0.1 nm. Report T2.
- Iso-thermal (constant-T) compression to V2= 5.0±0.1 nm. Report P2.
Figure 16: Starting from the given set of P1, V1, N1=50, and T1, carry out the previous steps. Upload a screenshot or a text file of your answer
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Question 2 of 8
2. Question
For the following initial conditions:
N1= 50 atoms, V1= 10.0±0.1 nm, T1=362±2 K, and P1=7.0±0.1 atm, as shown in Figure 17, carry out the following cases:
- Iso-choric (constant-V) heating up to P2=10.0±0.1 atm. Report T2.
- Iso-choric (constant-V) cooling down to P2=5.0±0.1 atm. Report T2.
- Iso-baric (constant-P) compression to V2= 5.0±0.1 nm. Report T2.
- Iso-thermal (constant-T) compression to V2= 5.0±0.1 nm. Report P2.
Figure 17: Starting from the given set of P1, V1, N1=50, and T1, carry out the previous steps. Upload a screenshot or a text file of your answer
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Grading can be reviewed and adjusted.Grading can be reviewed and adjusted. -
Question 3 of 8
3. Question
What is the ideal gas law?
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Question 4 of 8
4. Question
What is the mathematical form of the ideal gas law?
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Question 5 of 8
5. Question
What does “P” represent in the ideal gas law?
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Question 6 of 8
6. Question
What does “V” represent in the ideal gas law?
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Question 7 of 8
7. Question
What does “RT” represent in the ideal gas law?
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Question 8 of 8
8. Question
What are the units of “RT” in the ideal gas law?
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