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For today's quiz questions, first form groups of 4, everyone gets a responder.

Dalton - Combined - Ideal. For today's quiz questions, first form groups of 4, everyone gets a responder. . Gas Law review. Grade:. «grade». «subject». Subject:. «date». Date:. ANSWERS ARE ON THE LAST PAGE OF THIS FILE ANSWERS ANSWERS ANSWERS. 1.

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For today's quiz questions, first form groups of 4, everyone gets a responder.

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  1. Dalton - Combined - Ideal For today's quiz questions, first form groups of 4, everyone gets a responder.

  2. Gas Law review Grade: «grade» «subject» Subject: «date» Date:

  3. ANSWERS ARE ON THE LAST PAGE OF THIS FILE ANSWERS ANSWERS ANSWERS

  4. 1 Why do pressure calculations come out the same for compounds with different molar masses? A molar mass is part of PV = nRT B they aren't, mass of molecules matters C lighter molecules hit side of container more often than heavier molecules, resulting in their exerting the same amount of pressure on the inside of the container D pressure of all gases is constant and doesn't change

  5. 2 If you have 1 mol ea of 5 different compounds, how much more pressure (P) will the 5 exert together than only one? A 2 times more P B 5 times more P C this cannot be determined with gas laws D 3 times more P

  6. 3 Does a molecule's mass affect the pressure it will exert on the inside of the vessel it is in? Yes No

  7. 4 Using PV = nRT, calculate the pressure in atm of 1 mol of CH4 in a vessel of 30L, at a temp. of 100 deg C. (R = 0.0821). Round to 3 sig. figs

  8. Which gas law will be used for this problem? A Idea Gas Law B Combined Gas Law 5 Answer?

  9. Which gas law will be used for this problem? ` A Idea Gas Law B Combined Gas Law 6 Answer?

  10. Which gas law will be used for this problem? A Idea Gas Law B Combined Gas Law 7 Answer?

  11. Which gas law will be used for this problem? A Idea Gas Law B Combined Gas Law 8 Answer?

  12. Answers: 1. A 2. B 3. NO 4. 1.02atm 5. A 6. B 7. A 8. B

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