Derivatives, curve sketching, optimization, vectors in 2D/3D, lines and planes
110 hours · 72 video lessons · 9 units · Prerequisite: MHF4U Advanced Functions (concurrent)
Limits, slopes of tangents, rates of change, continuity
Derivative rules: power, product, quotient, chain rule
Velocity, acceleration, optimization problems
Increasing/decreasing, critical points, concavity, asymptotes
Derivatives of exponential, sine, cosine, tangent functions
Vector representation, operations, R2 and R3, spanning sets
Forces, dot product, cross product, projections
Equations of lines in 2D/3D, equations of planes
Intersection of lines, planes, distances, matrices
3 hours · 100 marks · K/U 25 / T 25 / C 25 / A 25 · Covers all 9 units. Includes a complete answer key.