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Yes. That's where the equilibrium is reached right?
equilibrium is reached when the concentrations of the reactants and products stop changing over time.
because you have a graph of concentration vs. time, you can look at the \(slopes\) of the lines, and see that the concentrations are still changing at 6 seconds
So it's 12 seconds?
equilibrium is reached when the slopes of the reactant and product concentration lines become zero
So that would be at 12 seconds right?
Ahh the answer was 8!!!
it looks to me like the concentrations are still changing at 8s, but the general idea is still correct