Consider the Freudenstein and Roth test function f (x)= f;(x) + f2(x)², xER?, where fi(x) =-13+x, +((5– x,)x,– 2)x2, f,(x)=-29+x1+((x,+1)x,– 14)x,. (i) Show that the function f has three stationary points. Find them and prove that one is a global minimizer, one is a strict local minimum and the third is a saddle point.
Consider the Freudenstein and Roth test function f (x)= f;(x) + f2(x)², xER?, where fi(x) =-13+x, +((5– x,)x,– 2)x2, f,(x)=-29+x1+((x,+1)x,– 14)x,. (i) Show that the function f has three stationary points. Find them and prove that one is a global minimizer, one is a strict local minimum and the third is a saddle point.
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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