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Name: PART 2: Short Answer (30 PTS). Read and answer each question carefully and completely. Base your answers to questions 22 through 24 on the information below and on your knowledge of chemistry. Cylinder A and cylinder B are sealed, rigid cylinders with movable pistons. Each cylinder contains 500 milliliters of a gas sample at 101.3 kPa and 298 K. Cylinder A contains H2(g) and cylinder B contains N2(g). The diagrams below represent these two cylinders. Cylinder A Cylinder B H₂(g) The gas ir cylinder A 1073 JP because 15 remain the same. 22 State a change in temperature and a change in pressure that will cause the gas in cylinder A to behave more like an ideal gas. (6 pts) MOLE Movable pistort temperature will be 298K. And the pressure both will have the same amount of energy will +6 23. Explain, in terms of collisions between gas molecules and the walls of the container, why pushing the movable piston farther into cylinder B at constant temperature would increase the pressure of the N, gas. (6 pts) would +1298 Date: 101.3 X50 Increase Prore- 50ML N₂(g) +1 tess 101.3x50x798 P₁ = 101.3 xPa Pz 101.3 PA VI 2 V₁ Ti 298 12 (248 1569310 = the 24. Calculate the volume of the gas in cylinder B at STP. Include given values, formula and units. (6 pts) Period: Space pessore because the 101.3 XV2 298 TV₂ = 3m²) +1 MORE QUESTIONS ON BACK PAGE So 101.3 x2 = 298 301874 We THOSE

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Updated on: Dec 5, 2022