A 1L container contains 0,342 mol PCl5. When the container gets heated to 250*C the following equalibrium will be established: PCl5 (g)  PCl3(g) + Cl2(g). At equalibrium the pressure in the container is 29,33 bar. Calculate the equalibriumconstant at (Kc) 250,0*C En beholder på 1,00 L inneholder 0,342 mol PC15. Ved oppvarming av beholderen til 250,0 °C vil følgendelikevekt blir innstilt: PCI5 (g) 5 PCl:(g) + Cl(g). Ved likevekt er trykket i beholderen 29,33 bar. Beregnlikevektskonstanten (Ke) ved 250,0 °C.

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Answered: A 1L container contains 0,342 mol PCl5.…

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter8: Properties Of Gases

Section8.4: Gas Density, Molar Mass, And The Ideal Gas Law

Problem 8.8CE

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A 1L container contains 0,342 mol PCl5. When the container gets heated to 250*C the following equalibrium will be established: PCl5 (g)  PCl3(g) + Cl2(g). At equalibrium the pressure in the container is 29,33 bar. Calculate the equalibriumconstant at (Kc) 250,0*C

En beholder på 1,00 L inneholder 0,342 mol PC15. Ved oppvarming av beholderen til 250,0 °C vil følgende
likevekt blir innstilt: PCI5 (g) 5 PCl:(g) + Cl(g). Ved likevekt er trykket i beholderen 29,33 bar. Beregn
likevektskonstanten (Ke) ved 250,0 °C.

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