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100 mmol of  (NH3), 300 mmol, are introduced into a 2 L container at 127 °C of (H2) and 200 mmol of (N2). A thermometer and a pressure gauge connected to the container show that the reaction between Nitrogen and Hydrogen occurs at 127 ° C and that said reaction reaches equilibrium marking a pressure of 7.1 bar.  Find the equilibrium constant Kp °, considering that ?G ° 400K = −11.92 kj/mol  Find the amount of substance (in mmol) that will be had for each species when the reaction has reached equilibrium.

100 mmol of  (NH3), 300 mmol, are introduced into a 2 L container at 127 °C of (H2) and 200 mmol of (N2). A thermometer and a pressure gauge connected to the container show that the reaction between Nitrogen and Hydrogen occurs at 127 ° C and that said reaction reaches equilibrium marking a pressure of 7.1 bar.  Find the equilibrium constant Kp °, considering that ?G ° 400K = −11.92 kj/mol  Find the amount of substance (in mmol) that will be had for each species when the reaction has reached equilibrium.

Chemistry: An Atoms First Approach
Chemistry: An Atoms First Approach
2nd Edition
ISBN:9781305079243
Author:Steven S. Zumdahl, Susan A. Zumdahl
Publisher:Steven S. Zumdahl, Susan A. Zumdahl
Chapter16: Spontaneity, Entropy, And Free Energy
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Problem 107CP: Using data from Appendix 4, calculate H, G, and K (at 298 K) for the production of ozone from...
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100 mmol of  (NH3), 300 mmol, are introduced into a 2 L container at 127 °C of (H2) and 200 mmol of (N2). A thermometer and a pressure gauge connected to the container show that the reaction between Nitrogen and Hydrogen occurs at 127 ° C and that said reaction reaches equilibrium marking a pressure of 7.1 bar.

  1.  Find the equilibrium constant Kp °, considering that ?G ° 400K = −11.92 kj/mol
  2.  Find the amount of substance (in mmol) that will be had for each species when the reaction has reached equilibrium.

 

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