Let p = (5, 2, 1) ER³ and let ƒ : R³ → R be a C¹ function such that af af 2x1 ƒ(p) = 3, f (P) = 13,3₂ (P) = 7, 31 (5) = 7 2x3 Calculate the trace of the Jacobian matrix tr(DF) evaluated at the point p for the function F: R³ →→ R³ defined by x1 + x2 -xx cos(9x2) f(x) (Recall that the trace of a matrix is the sum of its diagonal entries.) F(x) =

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Let p = (5,2π, 1) ER³ and let ƒ : R³ →R be a C¹ function such that
af
ƒ(p) = 3, 3f (p) = 13,
2x1
af (p) = 7, af (p) = 7
dx3
əx2
Calculate the trace of the Jacobian matrix tr(DF) evaluated at the point p for the function F : R³ → R³ defined by
F(x) -
=
x² + x²
-xx cos(9x₂)
f(x)
(Recall that the trace of a matrix is the sum of its diagonal entries.)
Transcribed Image Text:Let p = (5,2π, 1) ER³ and let ƒ : R³ →R be a C¹ function such that af ƒ(p) = 3, 3f (p) = 13, 2x1 af (p) = 7, af (p) = 7 dx3 əx2 Calculate the trace of the Jacobian matrix tr(DF) evaluated at the point p for the function F : R³ → R³ defined by F(x) - = x² + x² -xx cos(9x₂) f(x) (Recall that the trace of a matrix is the sum of its diagonal entries.)
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