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9. If the following reaction is employed, what is the volume of carbon dioxide produced at STP conditions if 150.53 g of CaCO, is used up? CaCO3(s) + HClaq→ CaCl2(aq) + CO₂(g) + H₂0 (1) 33.71 L 3.21 L a. b. C. d. e. 4.55 L 44.53 L None of the above 10. What is the pressure exerted by 1 mol of water vapor at 15.0°C and 300 mL if it behaves as a Van der Waals gas? For H₂O(g): a = 5.46 Latm/mol ,b= 0.0305 L/mol a. 27.07 atm b. 33.33 atm c. 41.58 atm d. c. d. None of the above 11. What is the molar volume of a gas at 200K and 18.0 atm if its compressibility factor is equal to 0.92? a. 0.04 L/mol b. 1.04 L/mol 0.84 L/mol 1.84 L/mol

9. If the following reaction is employed, what is the volume of carbon dioxide produced at STP conditions if 150.53 g of CaCO, is used up? CaCO3(s) + HClaq→ CaCl2(aq) + CO₂(g) + H₂0 (1) 33.71 L 3.21 L a. b. C. d. e. 4.55 L 44.53 L None of the above 10. What is the pressure exerted by 1 mol of water vapor at 15.0°C and 300 mL if it behaves as a Van der Waals gas? For H₂O(g): a = 5.46 Latm/mol ,b= 0.0305 L/mol a. 27.07 atm b. 33.33 atm c. 41.58 atm d. c. d. None of the above 11. What is the molar volume of a gas at 200K and 18.0 atm if its compressibility factor is equal to 0.92? a. 0.04 L/mol b. 1.04 L/mol 0.84 L/mol 1.84 L/mol

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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9. If the following reaction is employed, what is the volume of carbon dioxide produced at STP conditions if 150.53 g of CaCO, is used up? CaCO3(s) + HClaq→ CaCl₂(aq) + CO₂(g) + H₂0 (1) 33.71 L 3.21 L a. b. C. d. e. 10. What is the pressure exerted by 1 mol of water vapor at 15.0°C and 300 mL if it behaves as a Van der 4.55 L 44.53 L None of the above Waals gas? For H₂O(g): a = 5.46 Latm/mol,b= 0.0305 L/mol a. 27.07 atm b. 33.33 atm c. d. b. c. d. 41.58 atm None of the above 11. What is the molar volume of a gas at 200K and 18.0 atm if its compressibility factor is equal to 0.92? a. 0.04 L/mol 1.04 L/mol 0.84 L/mol 1.84 L/mol 12. If an ideal gas' at 27°C and 3atm has a molar volume is 30% smaller than if it were calculated using the ideal gas law, calculate its compression factor, and the molar volume of the gas. a. Z=0.70, V = 3.27 L/mol b. Z=0.70, V = 5.75 L/mol c. Z=0.30, V = 3.27 L/mol Z=0.30, V=5.75 L/mol d. e. None of the above 13. If the gas parameters are: n=3.34 mmol, T = 28°C, Z=1.26, P=3 atm. Calculate the value of the second virial coefficient B and how many milliliters does the 3.34 moles of gas occupy. a. B=2.7 L/mol, V = 34.67 mL B=2.7 L/mol, V=5.33 mL b. c. B=0.29 L/mol, V = 34.67 mL d. B=0.29 L/mol, V = 5.33 mL e. None of the above
Transcribed Image Text:9. If the following reaction is employed, what is the volume of carbon dioxide produced at STP conditions if 150.53 g of CaCO, is used up? CaCO3(s) + HClaq→ CaCl₂(aq) + CO₂(g) + H₂0 (1) 33.71 L 3.21 L a. b. C. d. e. 10. What is the pressure exerted by 1 mol of water vapor at 15.0°C and 300 mL if it behaves as a Van der 4.55 L 44.53 L None of the above Waals gas? For H₂O(g): a = 5.46 Latm/mol,b= 0.0305 L/mol a. 27.07 atm b. 33.33 atm c. d. b. c. d. 41.58 atm None of the above 11. What is the molar volume of a gas at 200K and 18.0 atm if its compressibility factor is equal to 0.92? a. 0.04 L/mol 1.04 L/mol 0.84 L/mol 1.84 L/mol 12. If an ideal gas' at 27°C and 3atm has a molar volume is 30% smaller than if it were calculated using the ideal gas law, calculate its compression factor, and the molar volume of the gas. a. Z=0.70, V = 3.27 L/mol b. Z=0.70, V = 5.75 L/mol c. Z=0.30, V = 3.27 L/mol Z=0.30, V=5.75 L/mol d. e. None of the above 13. If the gas parameters are: n=3.34 mmol, T = 28°C, Z=1.26, P=3 atm. Calculate the value of the second virial coefficient B and how many milliliters does the 3.34 moles of gas occupy. a. B=2.7 L/mol, V = 34.67 mL B=2.7 L/mol, V=5.33 mL b. c. B=0.29 L/mol, V = 34.67 mL d. B=0.29 L/mol, V = 5.33 mL e. None of the above
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