Three 9−L flasks, fixed with pressure gauges and small valves, each contain 8 g of gas at 275 K. Flask A contains CH4, flask B contains H2, and flask C contains He. Rank the flask contents in terms of: (a) pressure A>B>C A>C>B B>C>A B>A>C C>B>A C>A>B A=B=C (b) average molecular kinetic energy
Three 9−L flasks, fixed with pressure gauges and small valves, each contain 8 g of gas at 275 K. Flask A contains CH4, flask B contains H2, and flask C contains He. Rank the flask contents in terms of: (a) pressure A>B>C A>C>B B>C>A B>A>C C>B>A C>A>B A=B=C (b) average molecular kinetic energy
General Chemistry - Standalone book (MindTap Course List)
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Chapter5: The Gaseous State
Section: Chapter Questions
Problem 5.127QP: A 1.000-g sample of an unknown gas at 0C gives the following data: P(atm) V (L) 0.2500 3.1908 0.5000...
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Three 9−L flasks, fixed with pressure gauges and small valves, each contain 8 g of gas at 275 K. Flask A contains CH4, flask B contains H2, and flask C contains He. Rank the flask contents in terms of:
(a) pressure
- A>B>C
- A>C>B
- B>C>A
- B>A>C
- C>B>A
- C>A>B
- A=B=C
(b) average molecular kinetic energy
- A>B>C
- A>C>B
- B>C>A
- B>A>C
- C>B>A
- C>A>B
- A=B=C
(c) diffusion rate after valve is opened.
- A>B>C
- A>C>B
- B>C>A
- B>A>C
- C>B>A
- C>A>B
- A=B=C
(d) total kinetic energy of the molecules
- A>B>C
- A>C>B
- B>C>A
- B>A>C
- C>B>A
- C>A>B
- A=B=C
(e) density
- A>B>C
- A>C>B
- B>C>A
- B>A>C
- C>B>A
- C>A>B
- A=B=C
(f) collision frequency
- A>B>C
- A>C>B
- B>C>A
- B>A>C
- C>B>A
- C>A>B
- A=B=C
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