Consider the function f(x,y)=e^4x−x^2−4y−y^2. Find and classify all critical points of the function. If there are more blanks than critical points, leave the remaining entries blank. fx= fy= fxx= fxy= fyy= The critical point with the smallest x-coordinate is ( , ) Classification: (local minimum, local maximum, saddle point, cannot be determined) The critical point with the next smallest x-coordinate is ( , ) Classification: (local minimum, local maximum, saddle point, cannot be determined) The critical point with the next smallest x-coordinate is ( , ) Classification: (local minimum, local maximum, saddle point, cannot be determined)
Consider the function f(x,y)=e^4x−x^2−4y−y^2. Find and classify all critical points of the function. If there are more blanks than critical points, leave the remaining entries blank. fx= fy= fxx= fxy= fyy= The critical point with the smallest x-coordinate is ( , ) Classification: (local minimum, local maximum, saddle point, cannot be determined) The critical point with the next smallest x-coordinate is ( , ) Classification: (local minimum, local maximum, saddle point, cannot be determined) The critical point with the next smallest x-coordinate is ( , ) Classification: (local minimum, local maximum, saddle point, cannot be determined)
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Consider the function
f(x,y)=e^4x−x^2−4y−y^2.
Find and classify all critical points of the function. If there are more blanks than critical points, leave the remaining entries blank.
fx=
fy=
fxx=
fxy=
fyy=
The critical point with the smallest x-coordinate is
( , ) Classification: (
The critical point with the next smallest x-coordinate is
( , ) Classification: (local minimum, local maximum, saddle point, cannot be determined)
The critical point with the next smallest x-coordinate is
( , ) Classification: (local minimum, local maximum, saddle point, cannot be determined)
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