vera_ewing
  • vera_ewing
Chem
Chemistry
katieb
  • katieb
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vera_ewing
  • vera_ewing
vera_ewing
  • vera_ewing
@JFraser I think it's 6 seconds.
JFraser
  • JFraser
you're thinking because that's where the lines cross, right?

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vera_ewing
  • vera_ewing
Yes. That's where the equilibrium is reached right?
JFraser
  • JFraser
nope
JFraser
  • JFraser
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
vera_ewing
  • vera_ewing
So it's 12 seconds?
JFraser
  • JFraser
equilibrium is reached when the slopes of the reactant and product concentration lines become zero
vera_ewing
  • vera_ewing
So that would be at 12 seconds right?
JFraser
  • JFraser
it is
vera_ewing
  • vera_ewing
Ahh the answer was 8!!!
JFraser
  • JFraser
it looks to me like the concentrations are still changing at 8s, but the general idea is still correct

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