2. What would happen to the (i) equilibrium constant, K, of the following reactions and the (ii) direction of equilibrium shift upon heating? (a) 2 H:O (b) NH3g) + HCl) = NH.C = 2 H:(g) 0:(g) AH= 572 kJ AH= -176.2 kJ

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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How to solve for no. 2
1. Consider the equilibrium
N2O4g) 2NO2g)
AH°xn
58.0 kJ
In which direction will the equilibrium shift when the system is:
(a) heated?
(b) soaked in an ice bath?
(c) made to occur on the surface of a Pt metal catalyst?
2. What would happen to the (i) equilibrium constant, K, of the
following reactions and the (ii) direction of equilibrium shift upon
heating?
(a) 2 H2O
(b) NHg + HCl)
2 H:(g) + 0:(g)
NH.Cl
AH 572 kJ
AH=-176.2 kJ
Transcribed Image Text:1. Consider the equilibrium N2O4g) 2NO2g) AH°xn 58.0 kJ In which direction will the equilibrium shift when the system is: (a) heated? (b) soaked in an ice bath? (c) made to occur on the surface of a Pt metal catalyst? 2. What would happen to the (i) equilibrium constant, K, of the following reactions and the (ii) direction of equilibrium shift upon heating? (a) 2 H2O (b) NHg + HCl) 2 H:(g) + 0:(g) NH.Cl AH 572 kJ AH=-176.2 kJ
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