Consider the function ƒ (x₁, x₂ ) = 5 x² + 4 x² defined on (x1, x2 ) = R². The Hessian matrix of f (x1, x2) is Click for List As a result the stationary value is a global minimum local maximum global maximum saddle point local minimum positive semidefinite positive definite indefinite negative definite negative semidefinite
Consider the function ƒ (x₁, x₂ ) = 5 x² + 4 x² defined on (x1, x2 ) = R². The Hessian matrix of f (x1, x2) is Click for List As a result the stationary value is a global minimum local maximum global maximum saddle point local minimum positive semidefinite positive definite indefinite negative definite negative semidefinite
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:Consider the function ƒ (x₁, x₂ ) = 5 x² + 4 x² defined on (x1, x2 ) = R².
The Hessian matrix of f (x1, x2) is
Click for List
As a result the stationary value is a
global minimum
local maximum
global maximum
saddle point
local minimum
positive semidefinite
positive definite
indefinite
negative definite
negative semidefinite
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