Without H2 or I2, the process starts with only HI. In this instance, equilibrium is once more attained as the concentrations of H2 and I2 grow while the concentration of HI steadily falls. Compared to H2 and I2 concentrations, HI is present at equilibrium in much larger amounts. This holds true regardless of whether the reaction started with all reactants or all products. The equilibrium position is a characteristic of the specific reversible reaction and is independent of the process through which equilibrium was reached.
<h3>What is equilibrium?</h3>Chemical equilibrium refers to the situation in which the reactants and products are present in concentrations that are stable throughout time and do not change the system's properties in any way that can be seen. When both the forward and backward reactions are moving forward at the same speed, this condition is produced. The forward and backward reaction speeds are typically not zero, but they are equal. As a result, there are no discernible variations in the reactant and product concentrations. Dynamic equilibrium describes such a situation.
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Answer:
28%
Explanation:
Basically, all o did was write the equations, balance it and solve for them. Also, at the place I stared, I used simultaneous equation to solve it. Multiplying by 8 and also 3.
It's a pretty straightforward question.
At the final step that's missing, I Did
(y)C3H8 = 2.8 / ( 2.8 + 7.1)
(y)C3H8 = 0.28
