These notes are posted as a service to you. They maybe hard to understand without attending class and hearing verbal explanations from lectures; they are not meant to replace your textbook; in particular they are not as detailed as a textbook and they have not been as carefully edited and proofread as a textbook, occasioanlly they may contain typos (if you notice a typo pleas email me so I can correct it).
Useful volume formulas, Useful areas formulas
Lesson 1: Chapter 1 and 2. Units, Coordinate systems
Lesson 2: Chapter 3 part 1. Lines and circles. Lines.
Lesson 3: Chapter 3 part 2. Lines and circles. Circles.
Lesson 4:Chapter 4 . Linear modelling
Lesson 5: Chapter 4. Parametric equations of motion.
Lesson 6: Chapter 5. Functions.
Lesson 7: semicircles.Multipart functions.
Lesson 8: Chapter 7 Part 1. parabolas
Lesson 9: Chapter 7. Part 2. Quadratic modelling.
Lesson 10: Chapter 7. Part 3. Optimization problems.
Lesson 11: Chapter 8. Composition.
Lesson 12: Chapter 9. Inverse functions
Lesson 13: Chapter 10. Exponential functions.
Lesson 14: Chapter 12. Logarithms
Lesson 15: Chapter 11 . Exponential modeling.
Lesson 16: Chapter 13. Graphical tools
Lesson 16 part 2: Chapter 13. Graphical tools
Lesson 17: Chapter 15. Angles.
Lesson 18: Chapter 16. Uniform circular motion.
Lesson 19: Chapter 17. sin and cos .
Lesson 20: Chapter 17. Problems involving triangles.
Lesson 21: chapter18. Trigonometric functions andtheir inverses.
Lesson 22: Chapter 19. sinusoidal functions
Lesson 23:Chapter 20 . Inverse sinusoidal functions .
Lesson 24: Sinusoidal functions problems
Some problems from an old final.
More problems from an old final.