'Vector valued functions' presentation slideshows

344 views • 22 slides

Section 11.1

Section 11.1. Vector Valued Functions. Definition of Vector-Valued Function. How are vector valued functions traced out?. In practice it is often easier to rewrite the function. Sketch the curve represented by the vector-valued function and give the orientation of the curve. #26 r (t)=

565 views • 12 slides

Section 11.1

Section 11.1. Vector Valued Functions. Definition of Vector-Valued Function. How are vector valued functions traced out?. In practice it is often easier to rewrite the function. Sketch the curve represented by the vector-valued function and give the orientation of the curve. #26 r (t)=

123 views • 12 slides

Derivatives of Vectors

Derivatives of Vectors. Lesson 10.4. Component Vectors. Unit vectors often used to express vectors P = P x i + P y j i and j are vectors with length 1, parallel to x and y axes, respectively. P = P x i + P y j. j. i. Vector Functions and Parametric Equations.

261 views • 9 slides

Derivatives of Vectors

Derivatives of Vectors. Lesson 10.4. Component Vectors. Unit vectors often used to express vectors P = P x i + P y j i and j are vectors with length 1, parallel to x and y axes, respectively. P = P x i + P y j. j. i. Vector Functions and Parametric Equations.

383 views • 9 slides

Vector Valued Functions

Vector Valued Functions. Section 1. Written by Richard Gill Associate Professor of Mathematics Tidewater Community College: Norfolk Campus. Example 1: Sketch the curve represented by. Solution: If x = cost and y = 3sint then. This will be a vertical ellipse centered at the origin.

228 views • 7 slides