1. Regarding the gas properties in this lab (i.e., volume, temperature, pressure, and number of particles), what was changed? What was not?
2. What was the gas that was used in this lab? If you replace it with other gas (e.g., hydrogen, oxygen, helium, etc.), do you expect to observe significantly different results? Explain.
3. How are the V/T ratios compared to one another in different temperatures, approximately close or significantly different? Explain.
4. If you use different units for your measurement, for example, K instead of °C, do you expect to get very different numbers? Explain.
5. The air is a mixture of many gases such as nitrogen, oxygen, carbon dioxide, etc. How is the volume of nitrogen compared to other gases: greater, the same, smaller? Explain.
1. Regarding the gas properties in this lab (i.e., volume, temperature, pressure, and number of particles), what was changed? What was not?
2. What was the gas that was used in this lab? If you replace it with other gas (e.g., hydrogen, oxygen, helium, etc.), do you expect to observe significantly different results? Explain.
3. How are the V/T ratios compared to one another in different temperatures, approximately close or significantly different? Explain.
4. If you use different units for your measurement, for example, K instead of °C, do you expect to get very different numbers? Explain.
5. The air is a mixture of many gases such as nitrogen, oxygen, carbon dioxide, etc. How is the volume of nitrogen compared to other gases: greater, the same, smaller? Explain.
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F or K rather than 
