Reaction Rate and Equilibrium
Experiments
CaCO3_HCl.pdf
HCl_S2O3_design.pdf
Assignments
Reaction Rate Questions.pdf
Equilibrium Questions.pdf
Industry Questions.pdf
Revision
RateAndEquilibriumRevision.pdf
Socrative_11Chem_2016.pdf
RateAndEquilibriumSocrative_Questions.pdf
RateAndEquilibriumSocrative_Solutions.pdf
Tests
Rate and Equilibrium 1 Questions.pdf
Rate and Equilibrium 1 Solutions.pdf
Learning Flowchart
Learning Intentions

Draw and interpret graphs showing quantity against time

Use the slope of a graph to compare rates of reaction

Define activation energy

Draw and interpret energy profile diagrams

Use collision theory to explain the effect of the following factors on the rate of reaction:

  • concentration

  • temperature

  • pressure

  • surface area

  • catalysts

Describe (using examples) the effect of enzymes in chemical reactions

 

Compare open and closed systems

Explain dynamic equilibrium in terms of forward and reverse reactions

Use Le Chatelier's Principle to predict effects of reaction conditions on equilibrium position

Perform calculations to solve problems using the equilibrium constant

Interpret flow charts for industrial chemical processes

Suggest solutions for industrial processes by considering rate, yield, and waste