24. For a perfèct gas the internal energy is a finction of a. Pressure only 25. At the same pressure and temperature, equal vohumes of ideal gases contain equal mumber of molecules b. Temperature only c. Vohme only d. None of these c. Leri's hw a. Faraday's law 26. What is the heat flow when 3 lb of nitrogen undergo a closed system in an isothermal process at 300 °F from an initial vohme of 40 cubic feet to a final vohume of 22.5 cubic feet? b. Boyle's law d. Avogadro's law 100 D 00 D

Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
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24,25, and 26 please ill leave a thumbs up

24. For a perfect gas the internal energy is a finction of
a. Pressure onły
25. At the same pressure and temperature, equal vohmes of ideal gases contain equal mumber of
molecules
b. Temperature only
c. Vohme only
d. None of these
b. Boyle's law
c. Leri's aw
d. Avogadro's law
a. Faraday's law
26. What is the heat flow when 3 lb of nitrogen undergo a closed system in an isothermal process at
300 °F from an initial vohme of 40 cubic feet to a final vohume of 22.5 cubic feet?
a. 100 Btu
b. -93.08 Btu
c. 63.08 Btu
d. -56.08 Btu
Transcribed Image Text:24. For a perfect gas the internal energy is a finction of a. Pressure onły 25. At the same pressure and temperature, equal vohmes of ideal gases contain equal mumber of molecules b. Temperature only c. Vohme only d. None of these b. Boyle's law c. Leri's aw d. Avogadro's law a. Faraday's law 26. What is the heat flow when 3 lb of nitrogen undergo a closed system in an isothermal process at 300 °F from an initial vohme of 40 cubic feet to a final vohume of 22.5 cubic feet? a. 100 Btu b. -93.08 Btu c. 63.08 Btu d. -56.08 Btu
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