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Unformatted text preview: with a volumetric flow rate, v* of 2 dm% at 500 K. Calculate the enterlng concentration of A, C,,, and the entertng molar Bow rate. rho. Solurioil U'e again recall that for an ideal pas: where Po = 8.70 k% (8.3 atm) Y M ) = 1 . 0 ( P u ~ A ) To = in~tral temperature = 500K R = 8.3 14 dm3 4 1;Palniol , K (Appendix B) Substituting the given paraineter values inlo Equation (E21. I ) yields We could also solve for the partial pressure in terms of the concentration: . (1)(830 kPa) mol I c.40 = = 0.20 (8.334 dm? kPdrnol . KJ(500K) dm3...
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This note was uploaded on 07/05/2010 for the course CHEM 204 taught by Professor Vanderwal,c during the Spring '08 term at UC Irvine.
 Spring '08
 Vanderwal,C
 Mole, Partial Pressure, Reaction, Kinetics

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