6. What is the pressure/temperature ratio of 100. molecules in 10. nm at 300. K? 7. Since pressure and volume are inversely proportional, they multiply to give a constant number (provided that temperature and number of molecules are kept the same). So PIV1=a constant = P2V2. It doesn't really matter what the constant is. As long as temperature and the number of molecules remains constant: P1V1= P2V2. If a sample of gas at some temperature has a pressure of 1.2 atm and volume of 3.3 L, what will the pressure be when the volume is changed to 6.6 L?

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6. What is the pressure/temperature ratio of 100. molecules in 10. nm at 300. K?
7. Since pressure and volume are inversely proportional, they multiply to give a constant
number (provided that temperature and number of molecules are kept the same).
So PIV1=a constant = P2V2. It doesn't really matter what the constant is. As long as temperature
and the number of molecules remains constant: P1V1= P2V2.
If a sample of gas at some temperature has a pressure of 1.2 atm and volume of 3.3 L, what will
the
pressure be when the volume is changed to 6.6 L?
Transcribed Image Text:6. What is the pressure/temperature ratio of 100. molecules in 10. nm at 300. K? 7. Since pressure and volume are inversely proportional, they multiply to give a constant number (provided that temperature and number of molecules are kept the same). So PIV1=a constant = P2V2. It doesn't really matter what the constant is. As long as temperature and the number of molecules remains constant: P1V1= P2V2. If a sample of gas at some temperature has a pressure of 1.2 atm and volume of 3.3 L, what will the pressure be when the volume is changed to 6.6 L?
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