4.3 Consider the semiclassical model of N particles with two energy levels(0 and e > 0). As in the previous exercise, suppose that the volumeof the gas may be introduced by the assumption that the energy ofthe excited level depends on v = V/N,ae = e (v) =where a and y are positive constants. Obtain an equation of state forthe pressure, p = p (T, v), and an expression for the isothermal com-pressibility (note that the constant y plays the role of the Grüneisenparameter of the solid).

Answered: Image /qna-images/answer/6f6bb7b6-dcf4-46dd-ab47-0e92b4df6384.jpg

4.3 Consider the semiclassical model of N particles with twoenergy levels (0 and e > 0). As in the previous exercise, suppose that the volume of the gas may be introduced by the assumption that the energy of the excited level depends on v = V/N, а € = € (v) = 7 where a and y are positive constants. Obtain an equation of state for the pressure, p = p (T, v), and an expression for the isothermal com- pressibility (note that the constant y plays the role of the Grüneisen parameter of the solid).

4.3 Consider the semiclassical model of N particles with twoenergy levels (0 and e > 0). As in the previous exercise, suppose that the volume of the gas may be introduced by the assumption that the energy of the excited level depends on v = V/N, а € = € (v) = 7 where a and y are positive constants. Obtain an equation of state for the pressure, p = p (T, v), and an expression for the isothermal com- pressibility (note that the constant y plays the role of the Grüneisen parameter of the solid).

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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