4) Use the level curves in the figure to predict the location of the critical points of f and whether f has a saddle point or a local maximum or minimum at each critical point. Explain your reasoning. Then use the Second Derivatives Test to confirm your predictions. 4. f(x, y) = 3x – x³ – 2y² + y+y.1.5-2.9'-2.7'`-2.51.51.71.9-1.5-0--0.5 3-4 Use the level curves in the figure to predict the location ofthe critical points of f and whether f has a saddle point or alocal maximum or minimum at each critical point. Explain yourreasoning. Then use the Second Derivatives Test to confirm yourpredictions.

Answered: Image /qna-images/answer/f072eb9a-1113-43a8-92c8-ebe73ce89ad4.jpg

Use the level curves in the figure to predict the location of the critical points of f and whether f has a saddle point or a local maximum or minimum at each critical point. Explain your reasoning. Then use the Second Derivatives Test to confirm your predictions.

Use the level curves in the figure to predict the location of the critical points of f and whether f has a saddle point or a local maximum or minimum at each critical point. Explain your reasoning. Then use the Second Derivatives Test to confirm your predictions.

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter3: Functions And Graphs

Section3.2: Graphs Of Equations

Problem 78E

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Question

4) Use the level curves in the figure to predict the location of the critical points of f and whether f has a saddle point or a
local maximum or minimum at each critical point. Explain your reasoning. Then use the Second Derivatives Test to confirm your predictions.

4. f(x, y) = 3x – x³ – 2y² + y+
y.
1.5
-2.9
'-2.7'
`-2.5
1.5
1.7
1.9
-1.5-
0-
-0.5

3-4 Use the level curves in the figure to predict the location of
the critical points of f and whether f has a saddle point or a
local maximum or minimum at each critical point. Explain your
reasoning. Then use the Second Derivatives Test to confirm your
predictions.

Formula Formula A function f(x) attains a local maximum at x=a , if there exists a neighborhood (a−δ,a+δ) of a such that, f(x)<f(a), ∀ x∈(a−δ,a+δ),x≠a f(x)−f(a)<0, ∀ x∈(a−δ,a+δ),x≠a In such case, f(a) attains a local maximum value f(x) at x=a .

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