The expression for K for the reaction below is2 NaHCO3 (s) = NazCO3 (3) + CO2 (g) + H20 (g)K = (PCO2) . (PH20)O a.(PCO2) (PH2O)K =[ NAHCO; ]?Ob.к - [Рсо?) + (РH20)[ NayCO3 ]. (PCO2). (PH20)K =2. [ NAHCO; ]Od.1O. K =(РCО) + (РH20)

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The expression for K for the reaction below is 2 NaHCO; (e) = Nayco3 (9) = CO2 (E) - H20o (2) K= (PCO2) . (PH2O) Oa. (PCO2) (PH2O) K = Ob. [NAHCO; ]? K = (PCO2) + (PH20) [ NazCO3 ]. (PCO2). (PH20) K = Od. 2. [ NAHCO; ]

The expression for K for the reaction below is 2 NaHCO; (e) = Nayco3 (9) = CO2 (E) - H20o (2) K= (PCO2) . (PH2O) Oa. (PCO2) (PH2O) K = Ob. [NAHCO; ]? K = (PCO2) + (PH20) [ NazCO3 ]. (PCO2). (PH20) K = Od. 2. [ NAHCO; ]

Chemistry: An Atoms First Approach

2nd Edition

ISBN:9781305079243

Author:Steven S. Zumdahl, Susan A. Zumdahl

Publisher:Steven S. Zumdahl, Susan A. Zumdahl

Chapter12: Chemical Equilibrium

Section: Chapter Questions

Problem 111CP

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Question

The expression for K for the reaction below is
2 NaHCO3 (s) = NazCO3 (3) + CO2 (g) + H20 (g)
K = (PCO2) . (PH20)
O a.
(PCO2) (PH2O)
K =
[ NAHCO; ]?
Ob.
к - [Рсо?) + (РH20)
[ NayCO3 ]. (PCO2). (PH20)
K =
2. [ NAHCO; ]
Od.
1
O. K =
(РCО) + (РH20)

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