(b) The critical constants of Pc, T. and Vme of ethane, C₂He, were given as 48.2 atm, 305.4 K and 148 cm³ mol-¹, respectively. Determine the pressure exerted by 74.6 g of ethane confined in a 200-cm³ container at 37.5 °C using (1) the ideal gas law. the reduced van der Waals equation.

(b) The critical constants of Pc, T. and Vme of ethane, C₂He, were given as 48.2 atm, 305.4 K and 148 cm³ mol-¹, respectively. Determine the pressure exerted by 74.6 g of ethane confined in a 200-cm³ container at 37.5 °C using (1) the ideal gas law. the reduced van der Waals equation.

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter8: Properties Of Gases

Section: Chapter Questions

Problem 8.ACP

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(b)
The critical constants of Pc, T. and Vme of ethane, C₂He, were given as 48.2 atm,
305.4 K and 148 cm³ mol-¹, respectively. Determine the pressure exerted by
74.6 g of ethane confined in a 200-cm³ container at 37.5 °C using
ee
(1)
the ideal gas law.
the reduced van der Waals equation.

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