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The given equation is the fundamental equation of a two-component system S = NA+ NR In ( 0²V ) – N¡Rln( ) – N,Rln( N = N1 + N2 where A is a constant. A closed rigid cylinder having a volume of 10.00 L has been divided into 2 chambers with equal volumes by a diathermal rigid membrane that is only permeable to the 1st component. (1) A system's sample with original parameters N1")= 0.5, N2= 0.75 and T"= 300 K is placed in one chamber. On the second chamber, a sample with the following original parameters is placed: NO = 1, N5 = 0.50 and T2= 250 K. 1 After establishing equilibrium, what are the values of N), N) ,T v(1), n?2).

The given equation is the fundamental equation of a two-component system S = NA+ NR In ( 0²V ) – N¡Rln( ) – N,Rln( N = N1 + N2 where A is a constant. A closed rigid cylinder having a volume of 10.00 L has been divided into 2 chambers with equal volumes by a diathermal rigid membrane that is only permeable to the 1st component. (1) A system's sample with original parameters N1")= 0.5, N2= 0.75 and T"= 300 K is placed in one chamber. On the second chamber, a sample with the following original parameters is placed: NO = 1, N5 = 0.50 and T2= 250 K. 1 After establishing equilibrium, what are the values of N), N) ,T v(1), n?2).

Elements Of Electromagnetics
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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The given equation is the fundamental equation of a two-component system. s = NA + NRln( ) - N, R n) – N;Rln(*) UŽV – N¡Rln) – N2Rln) N = N1 + N2 where A is a constant. A closed rigid cylinder having a volume of 10.00 L has been divided into 2 chambers with equal volumes by a diathermal rigid membrane that is only permeable to the 1st component. (1). A system's sample with original parameters N1")= 0.5, N2"= 0.75 and T"= 300 K is placed in one chamber. On the second chamber, a sample with the following original parameters is placed: N = 1, N5 = 0.50 and T2- 250 K. 1 After establishing equilibrium, what are the values of N), N ,T and P?
Transcribed Image Text:The given equation is the fundamental equation of a two-component system. s = NA + NRln( ) - N, R n) – N;Rln(*) UŽV – N¡Rln) – N2Rln) N = N1 + N2 where A is a constant. A closed rigid cylinder having a volume of 10.00 L has been divided into 2 chambers with equal volumes by a diathermal rigid membrane that is only permeable to the 1st component. (1). A system's sample with original parameters N1")= 0.5, N2"= 0.75 and T"= 300 K is placed in one chamber. On the second chamber, a sample with the following original parameters is placed: N = 1, N5 = 0.50 and T2- 250 K. 1 After establishing equilibrium, what are the values of N), N ,T and P?
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