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Julie, John and Jacob are working on the formation of ammonia. The feed is a stoichiometric...

Julie, John and Jacob are working on the formation of ammonia. The feed is a stoichiometric ratrio of nitrogen and hydrogen at a particular T and P

Julie, who thought in round numbers of product, wrote: 1/2 N2 + 3/2 H2 --> NH3  

John, who thought in round numbers of nitrogen, wrote: N2 + 3 H2 --> 2NH3

Jacob, who thought in round numbers of hydrogen, wrote: 1/3 N2 + H2 --> 2/3 NH3

a) How will Johns and Jacobs standard state Gibbs energy of reaction compare to Julies?

b) How will Johns and Jacobs equilibrium constants be realted to Julies?

c) How will Johns and Jacobs equilbrium compositions be realted to Julies?

d) How will Johns and Jacobs reaction coordinate values be related to Julies?

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Answer #1

Julie

The equilibrium constant

The reaction coordinate

standard state Gibbs energy of reaction

John

The equilibrium constant

Where K is Julies equilibrium constant.

The reaction coordinate

Where Q is Julies reaction coordinate

Standard state Gibbs energy of reaction

Where is Julies standard state Gibbs energy of reaction

Jacob

The equilibrium constant

Where K is Julies equilibrium constant.

The reaction coordinate

Where Q is Julies reaction coordinate

Standard state Gibbs energy of reaction

Where is Julies standard state Gibbs energy of reaction

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