1. Perform the following calculations for Mg(s) a) Calculate the vapor pressure of water at the temperature of your experiment (see appendix 1) b) Calculate the pressure (in kPa) of the water column formed by the difference in the solution levels inside and outside the gas burette (i.e. convert from mm H2O to kPa) c) Calculate the pressure (bar) exerted by the hydrogen gas alone d) Calculate the number of moles of H2(g) Produced in the reaction of Mg(s) with HCl(aq), Mg(s) is the limiting reactant e) Calculate the value of the ideal gas constant, R (L bar mol-1 K-1)
1. Perform the following calculations for Mg(s) a) Calculate the vapor pressure of water at the temperature of your experiment (see appendix 1) b) Calculate the pressure (in kPa) of the water column formed by the difference in the solution levels inside and outside the gas burette (i.e. convert from mm H2O to kPa) c) Calculate the pressure (bar) exerted by the hydrogen gas alone d) Calculate the number of moles of H2(g) Produced in the reaction of Mg(s) with HCl(aq), Mg(s) is the limiting reactant e) Calculate the value of the ideal gas constant, R (L bar mol-1 K-1)
Chemistry: An Atoms First Approach
2nd Edition
ISBN:9781305079243
Author:Steven S. Zumdahl, Susan A. Zumdahl
Publisher:Steven S. Zumdahl, Susan A. Zumdahl
Chapter8: Gases
Section: Chapter Questions
Problem 125AE
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1. Perform the following calculations for Mg(s)
a) Calculate the vapor pressure of water at the temperature of your experiment (see appendix 1)
b) Calculate the pressure (in kPa) of the water column formed by the difference in the solution levels inside and outside the gas burette (i.e. convert from mm H2O to kPa)
c) Calculate the pressure (bar) exerted by the hydrogen gas alone
d) Calculate the number of moles of H2(g) Produced in the reaction of Mg(s) with HCl(aq), Mg(s) is the limiting reactant
e) Calculate the value of the ideal gas constant, R (L bar mol-1 K-1)
Appendix and numbers needed are added
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