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Parametric Equations, Polar Coordinates, and Vector-Valued Functions

Abigail Young

Abigail Young

10 min read

Study Guide Overview

This study guide covers parametric equations, including defining, differentiating (first and second derivatives), and finding arc lengths. It also introduces vector-valued functions, focusing on defining, differentiating, integrating, and applying them to motion problems. Finally, it explores polar coordinates, covering defining, differentiating, and finding areas of single and multiple polar curves. Key formulas for each topic are emphasized.

Question 1 of 14

If x=t2+1x = t^2 + 1 and y=2ty = 2t, what is the parametric representation of the curve? ๐Ÿค”

A relationship between x and y without t

x and y as functions of t

A function of x only

A function of y only