(a) Rearrange Eqn. 13.22 to obtain Eqn. 13.23. (b) Use Eqns. 13.16 and 13.18 in Eqn. 13.17...

Question:

(a) Rearrange Eqn. 13.22 to obtain Eqn. 13.23.

(b) Use Eqns. 13.16 and 13.18 in Eqn. 13.17 and perform the integration to obtain Eqn. 13.19.

(c) Use Eqns. 13.16 and 13.31 in Eqn. 13.17 and perform the integration to obtain Eqn. 13.40. E = 2 41,221 1521 - 611) + 2x1 212 212 - 622) V x1 + x22221 x12212 + x2 13.16

RT E A = RT RT 00 = RT -dT 13.17

Qij = Aji = V. exp -N_N.}(Eij- Eji) . 2RT = V. exp RT 13.18

E RT = E -x ln (D + exp(-A12/RT))-xln( exp(-A21/RT) + ) +: A RT 100 8 13.19

RT x ln (0 + 0 exp()) x ln(0 exp( } + ) + x, mu 1 + x -A12 -A21 = ln- RT RT +x ln- X1 2 x2 13.22

RT = -x ln(x+xA2)-xln(x A1 +x) 13.23

N c, 1 = N2 c, = 2; 2; Tij NANjEij c,j 2RT - ;;) 'jj' (8jj-8jj) RT = Agij RT 13.31

AE/ (RT) = - E x 9 lm (0+0 721) x29 ln ( 0 2 + 0) + A / (RT) | 13.40

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Introductory Chemical Engineering Thermodynamics

ISBN: 9780136068549

2nd Edition

Authors: J. Elliott, Carl Lira

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Question Posted: Oct 03, 2023 02:44 PM

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(a) Rearrange Eqn. 13.22 to obtain Eqn. 13.23. (b) Use Eqns. 13.16 and 13.18 in Eqn. 13.17...

Question:

E = 2 41,221 1521 - 611) + 2x1 212 212 - 622) V x1 + x22221 x12212 + x2 13.16

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Introductory Chemical Engineering Thermodynamics

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