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Using CH₄ and steam as a source of H₂ for NH₃ synthesis requires high temperatures. Rather than burning CH₄ separately to heat the mixture, it is more efficient to inject some O₂ into the reaction mixture. All of the H₂ is thus released for the synthesis, and the heat of reaction for the combustion of CH₄ helps maintain the required temperature. Imagine the reaction occurring in two steps:(d) A mixture of 2.0 mol of CH₄, 1.0 mol of O₂, and 2.0 mol of steam with a total pressure of 30. atm reacts at 1000. K at constant volume. Assuming that the reaction is complete and the ideal gas law is a valid approximation, what is the final pressure?

Respuesta :

According to the given data,

Q=0.15×0.23/0.05×0.035=0.687<Kc​.

So reaction should move forward to reach equilibrium.

The forward reaction proceeds to reach equilibrium.

What is a forward reaction in a chemical equation?

A forward reaction is a reaction in which products are produced from reactants and it goes from left to right in a reversible reaction.

For example in the dissociation of ethanoic acid in water (shown below), the forward reaction is that which starts with ethanoic acid and water as reactants and ends with the ethanoate and hydronium ions as products.

It is used in equations that show reversible reactions: the forward reaction is the one that goes to the right.

To learn more about forward reaction visit the link

https://brainly.com/question/497987

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