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Predict what would happen to the amount of CO2(g) when the equilibrium is disrupted by:     Decreasing the temperature Increasing the pressure Adding more NH3(g) Adding a catalyst   DH0 > 0  therefore     (NH4)(NH2CO2)(s)  + heat  ó NH3(g)  +  CO2(g)               In A the reaction goes reverse [CO2] will decrease.      in B it goes reverse, [CO2] will decrease      in C it goes reverse [CO2] will decrease      in D, no effect

Predict what would happen to the amount of CO2(g) when the equilibrium is disrupted by:     Decreasing the temperature Increasing the pressure Adding more NH3(g) Adding a catalyst   DH0 > 0  therefore     (NH4)(NH2CO2)(s)  + heat  ó NH3(g)  +  CO2(g)               In A the reaction goes reverse [CO2] will decrease.      in B it goes reverse, [CO2] will decrease      in C it goes reverse [CO2] will decrease      in D, no effect

Chemistry
Chemistry
9th Edition
ISBN:9781133611097
Author:Steven S. Zumdahl
Publisher:Steven S. Zumdahl
Chapter13: Chemical Equilibrium
Section: Chapter Questions
Problem 13Q: Suppose a reaction has the equilibrium constant K = 1.3 108. What does the magnitude of this...
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Predict what would happen to the amount of CO2(g) when the equilibrium is disrupted by:

 

 

  1. Decreasing the temperature
  2. Increasing the pressure
  3. Adding more NH3(g)
  4. Adding a catalyst

 

DH0 > 0  therefore     (NH4)(NH2CO2)(s)  + heat  ó NH3(g)  +  CO2(g)

        

     In A the reaction goes reverse [CO2] will decrease.

     in B it goes reverse, [CO2] will decrease

     in C it goes reverse [CO2] will decrease

     in D, no effect

Expert Solution
Step 1

The reaction given is,

=> NH4NH2CO2 (s) → NH3 (g) + CO2 (g)                ΔH > 0

 

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