- It will be on the following: *Limits (L'Hopital's rule is not part of the course but I will allow the method to be used) *Definition of the Derivative *Continuity *Derivatives including basic Trig, exponential & logarithmic functions (but excluding Inverse & Reciprocal Trigonometric Functions) *Extreme Values, Inflection Points, Concavity & Increasing/Decreasing Intervals & Curve Sketching (you will not have to do the full AP justification of these - just the basic justifications) * Optimization & Related Rates *Definite & Indefinite Integrals including U Substitution & very basic integrals of trig, exponential and logarithmic Functions *Area between the curve and the x axis and area between curves (no Riemann Sums, Disks or Washer method or Cross Sections)