Question 2 2.1. Consider the general case of a quadratic form in R, a b Q(x1, x2) = [ ¤1 x2] which is subject to the linear constraint Ax, + 6 c Bx2 = 0. Show that Q is positive definite on the constraint set if and only if aB2 26AB + cA? > 0 and negative definite if and only if aB2 - 26AB + cA? < 0.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Question 2
2.1. Consider the general case of a quadratic form in R2,
а b
Q(x1, 22) = [ ¤1 r2]
b.
which is subject to the linear constraint Ax +
X2
Bx2 = 0. Show that Q is positive definite on the constraint set if and only if aB²
26AB + cA? > 0 and negative definite if and only if aB2 - 26AB + cA? < 0.
Transcribed Image Text:Question 2 2.1. Consider the general case of a quadratic form in R2, а b Q(x1, 22) = [ ¤1 r2] b. which is subject to the linear constraint Ax + X2 Bx2 = 0. Show that Q is positive definite on the constraint set if and only if aB² 26AB + cA? > 0 and negative definite if and only if aB2 - 26AB + cA? < 0.
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