P6B.8 The dissociation of I,(g) can be monitored by measuring the total pressure, and three sets of results are as follows: T/K 973 1073 1173 100p/atm 6.244 6.500 9.181 10ʻn. 2.4709 2.4555 2.4366 where n, is the amount of I, molecules introduced into a container of volume 342.68 cm'. Calculate the equilibrium constants of the dissociation and the standard enthalpy of dissociation assuming it to be constant over the range of temperatures.
P6B.8 The dissociation of I,(g) can be monitored by measuring the total pressure, and three sets of results are as follows: T/K 973 1073 1173 100p/atm 6.244 6.500 9.181 10ʻn. 2.4709 2.4555 2.4366 where n, is the amount of I, molecules introduced into a container of volume 342.68 cm'. Calculate the equilibrium constants of the dissociation and the standard enthalpy of dissociation assuming it to be constant over the range of temperatures.
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter10: Entropy And The Second Law Of Thermodynamics
Section: Chapter Questions
Problem 10.67PAE
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