IB Mathematics Analysis and Approaches SL 5.3—differentiating Polynomials, n E Z

SL 5.1—Introduction of differential calculus

SL 5.2—Increasing and decreasing functions

SL 5.4—Tangents and normal

SL 5.5—Integration introduction, areas between curve and x axis

SL 5.6—Differentiating polynomials n E Q. Chain, product and quotient rules

SL 5.7—The second derivative

SL 5.8—Testing for max and min, optimisation. Points of inflexion

SL 5.9—Kinematics problems

SL 5.10—Indefinite integration, reverse chain, by substitution

SL 5.11—Definite integrals, areas under curve onto x-axis and areas between curves

AHL 5.12—First principles, higher derivatives

AHL 5.13—Limits and L’Hopitals

AHL 5.14—Implicit functions, related rates, optimisation

AHL 5.15—Further derivatives and indefinite integration of these, partial fractions

AHL 5.16—Integration by substitution, parts and repeated parts

AHL 5.17—Areas under curve onto y-axis, volume of revolution (about x and y axes)

AHL 5.18—1st order DE’s – Euler method, variables separable, integrating factor, homogeneous DE using sub y=vx

AHL 5.19—Maclaurin series