Chem 40 – Theme 4 | Exploring uses of redox reactions 

How were elements created? 

Specific Outcome

1. Explain reduction and oxidation reactions in terms of electron movements (C12-01-08)
2. Determining oxidation numbers for atoms in compounds and ions (C12-01-09)
3. Identify reactions as redox or non-redox (C12-01-10) 
4. Balance redox reactions  (C12-01-11)
5. Practical uses of redox reactions (C12-01-12) 
6. Define reaction rate  (C12-03-01)
7. Identify variables to monitor reaction rates (C12-03-02)
8. Factors that affect reaction rates (C12-03-05)
9. What happens when a reaction occurs using Collision Theory?  (C12-03-06)
10. Draw Potential Energy diagrams of a reaction ( C12-03-07)

Deliverables

1. Group design of food pH indicator and presentation
2. Quizzes on writing ionic, net ionic, and solubility.  

Schedule

Watch these to help and guide you along. You are expected to watch all of these videos and complete the workbook required. 

Notes:

• Basic Chemical Kinetics Notes: Overall chem Kinetics Notes
• Unit Outline: Kinetics outline
• Notes 1: Defining Kinetics and calculating rates: 1kineticsnew
• Notes 2 Collision Theory, and PE curves 3kineticsnotes
• Notes 2: Student Version 3kineticsnotesstudents
• Notes 3 Calculating rate with stoichiometry: Stoichiometry calculations
• Notes 4: Factors affecting rates: Factors affecting rates
• Notes 5: Collision theory – what makes reactions occur: Collision theory
• Notes 6: Reaction mechanism notes: Reaction mechanism notes
• Note 7: Rate Law notes: Calculating Rate law Notes

Worksheets:

• Exercise booklet Exercise booklet kinetics
• Similar exercise booklet on the unit: Work booklet 

Review:

• Kinetics Unit Final Inquiry Final Project: Kinetics final project
• Kinetics Review: kinetics review questions