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consider the following chemical equilibrium: c(s) 2h2 now write an equation below that shows how to calculate from for this reaction at an absolute temperature . you can assume is comfortably above room temperature. if you include any common physical constants in your equation be sure you use their standard symbols, found in the aleks calculator.



Answer :

At absolute temperature Kp and Kc can be calculated from the equation given as:

Kp = Kc/(R × T)

When Equilibrium occurs then the velocity of the formation of the products becomes equal to the velocity of the formation of the reactants at a reversible reaction. Due to this, the concentrations and also the partial pressures of the substances remains constant.

The equilibrium of the reaction can be characterized by the equilibrium constant, which can be calculated by the activity of the substances. After that for solids and also that the liquid water, the is activity is equal to 1. Now, for liquids and also those aqueous substances, it is also equal to the concentration, and that for gases, it can be equal to the concentration or that is the partial pressure.

Hence, keeping T constant and relation an be derived as Kp = Kc/(R × T), where R is the universal gas constant.

equilibrium

Learn more about equilibrium from the link given below.

https://brainly.com/question/24174547

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