![]() |
COUNTDOWN TO THE AP CALCULUS AB EXAM |
![]() |
With a little effort you can retrieve material that has become "fuzzy."
Beckett's Big Advice:
"You don't have to get everything right; you just have to get more than the others."
"If it's difficult for you; it's difficult for everyone else."
|
Beckett's Chapter Summaries |
|
http://www.howe-two.com/fhs/BeckettsCalculus/ |
The AP course description has a practice test on pages 25-37 of the pdf at:
http://www.collegeboard.com/prod_downloads/ap/students/calculus/ap-cd-calc-0607.pdf
Mrs. Howe will provide you with a print out of this if you ask.
WORK THROUGH THIS PRACTICE TEST
|
TOPICS |
HELPS |
| Pre-Calculus/Trig/logarithms |
Solving Trig Equations (Visual Calculus) |
| Limits and Continuity |
Limit from the left ... plug-n-chug if you can factor cancel rationalize numerator Squeeze Formulas (a new disquise:
|
| Derivatives | DEFINITION OF DERIVATIVE
power rule, quotient, product, 0exponential, ln, inverese trig First derivative gives slope Positive first derivative means increasing Negative first derivative means decreasing Second derivative gives concavity
Linearization: Use the equation of the tangent line to predict a future value of a function. Releative Min/max can occur when the first derivative =0 SPEED = Magnitude of the Velocity. (not negative)
Mean Value Theorem--some point has the same slope as the interval overall
|
| Applications of Derivatives | Minimum/ Maximum
Related Rates
|
| The Definitie Integral | Area under velocity curve=total distance covered.
Definite/Indefinite Average Value of Function |
| Differential Equations and Mathematical Modeling | all solutions of y'=ky are y=Ce^kt |
| Applications of Definit Integrals | Volumes of revolution |
Average Rate of Change
Average Value
Area travelled