a. Compute y' in terms of a, z and y. b. There are two points on the curve where y' = 0. One is at (0,0). Find the other, in terms of the parameter a. c. Compute the second and third derivatives of y in terms of a, z, y and lower-order derivatives of y.

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter7: Analytic Trigonometry
Section7.6: The Inverse Trigonometric Functions
Problem 93E
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1. The Folium of Descartes is an implicitly-defined curve, significant in the history of mathematics. (See
the Learning Resources on Section 4.1 for more.) It is defined as the set of all pairs (r, y) that solve the
equation
r³-3ary+y³ = 0,
for a given choice of parameter a. A figure is provided below.
4
2
0
-2
T
-2
02
4
a. Compute y' in terms of a, z and y.
b. There are two points on the curve where y' = 0. One is at (0,0). Find the other, in terms of the
parameter a.
c. Compute the second and third derivatives of y in terms of a, z, y and lower-order derivatives of y.
d. Hence find the first three non-zero terms in the Taylor approximation to y around the point you
identified in part (b).
Transcribed Image Text:1. The Folium of Descartes is an implicitly-defined curve, significant in the history of mathematics. (See the Learning Resources on Section 4.1 for more.) It is defined as the set of all pairs (r, y) that solve the equation r³-3ary+y³ = 0, for a given choice of parameter a. A figure is provided below. 4 2 0 -2 T -2 02 4 a. Compute y' in terms of a, z and y. b. There are two points on the curve where y' = 0. One is at (0,0). Find the other, in terms of the parameter a. c. Compute the second and third derivatives of y in terms of a, z, y and lower-order derivatives of y. d. Hence find the first three non-zero terms in the Taylor approximation to y around the point you identified in part (b).
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