x² + 6x Analyze the rational function y = 36 – x2" State the coordinates of the specified points of interest (if they exist). NOTE: Enter the exact answers. Number of Number of Choose inflection points: one Choose stationary points: one Select the quantity of each of the following graphical features. Then use the dynamic points to determine their locations (if they exist) and to graph the rational function. Number of Choose Number of Choose vertical asymptotes: holes: one one
x² + 6x Analyze the rational function y = 36 – x2" State the coordinates of the specified points of interest (if they exist). NOTE: Enter the exact answers. Number of Number of Choose inflection points: one Choose stationary points: one Select the quantity of each of the following graphical features. Then use the dynamic points to determine their locations (if they exist) and to graph the rational function. Number of Choose Number of Choose vertical asymptotes: holes: one one
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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
Transcribed Image Text:x2 + 6x
Analyze the rational function
Y =
36 – x2
State the coordinates of the specified points of interest (if they exist).
NOTE: Enter the exact answers.
Number of
Number of
Choose
stationary points: one
Choose
inflection points:
one
Select the quantity of each of the following graphical features.
Then use the dynamic points to determine their locations
(if they exist) and to graph the rational function.
Number of
Choose
Number of Choose
vertical asymptotes:
holes:
one
one
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