Note: it is a good idea to print this page so that you have the questions available to use while you are running the simulation. If the simulation is running while this page is open, response times to answers will be very slow when you click on them. |
8. Comparing the results at a temperature of 356 °C with
you find that:
Increasing the concentration (case 1 above) causes equilibrium to be reached more quickly, and the concentration of both reactant and product molecules to be greater at equilibrium. |
Write out an answer that explains why the above statment is true, and compare it to this answer.