Equilibrium
This chapter covers materials including the relationship between thermodynamics and equilibrium, the equilibrium constant, and Le Chatelier's principle. One lab has been outlined in this section, but there are possibilities of having more than just one lab, with sufficient equipment and time.
It is important that the students understand this chapter before moving onto the next two chapters, as it will directly relate to the upcoming chapters.
This chapter covers materials including the relationship between thermodynamics and equilibrium, the equilibrium constant, and Le Chatelier's principle. One lab has been outlined in this section, but there are possibilities of having more than just one lab, with sufficient equipment and time.
It is important that the students understand this chapter before moving onto the next two chapters, as it will directly relate to the upcoming chapters.
| Recognizing Equilibrium | Thermodynamics and Equilibrium | Equilibrium Constant (I) | Equilibrium Constant (II) |
| Predicting the Direction of a Reaction (I) | Predicting the Direction of a Reaction (II) |
| Predicting the Direction of a Reaction (I) | Predicting the Direction of a Reaction (II) |
This chapter covers materials including the relationship between thermodynamics and equilibrium, the equilibrium constant, and Le Chatelier's principle. One lab has been outlined in this section, but there are possibilities of having more than just one lab, with sufficient equipment and time.
It is important that the students understand this chapter before moving onto the next two chapters, as it will directly relate to the upcoming chapters.
Specific Background Knowledge Needed in this Chapter:
It is important that the students understand this chapter before moving onto the next two chapters, as it will directly relate to the upcoming chapters.
Specific Background Knowledge Needed in this Chapter:
- Relationship between rate of reaction and concentration
- The use of stoichiometry with balanced chemical equations
- Calculating molar concentrations