This course covers finding limits of vector functions, determining vector functions for the curve of intersection of two surfaces, calculating derivatives of vector functions, integrating vector functions, deriving curvature formulas, finding arc length of curves, and determining unit tangent and unit normal vectors. The teaching method involves theoretical explanations and examples. The course is intended for learners interested in advanced calculus topics, specifically in vector functions and calculus 3 concepts.
Overview
Syllabus
Find the Limit of a Vector Function.
Vector Function for the Curve of Intersection of Two Surfaces.
Derivative of a Vector Function.
Derivative of the Vector Function :: r(t) = ta x (tb +t^2 c).
Integral of a Vector Function.
Both Curvature Formulas Derivation :: Vector Calculus.
Arc Length of the Curve :: Two Examples :: Calculus 3.
Find the Unit Tangent and Unit Normal Vectors.
Taught by
Jonathan Walters
