Aşağıdaki sistemin A = 0 özdeğerine karşı gelen [*1 (t), Y1 (t), 21 (t)] çözümü için 21(t)+z1(t) değerini bulunuz. [Evaluate Y1 (t) 1(t)+z(t) Y1(t) for the solution [x1(t), Y1(t), 21 (t)] that corresponds to the eigenvalue X = 0 of the following system]. x' -4x + 4z, y' = x – 20y + 2, z' = -3x + 3z. Lütfen birini seçin: O 20 O 19 O 2 O 21 O 18

Aşağıdaki sistemin A = 0 özdeğerine karşı gelen [*1 (t), Y1 (t), 21 (t)] çözümü için 21(t)+z1(t) değerini bulunuz. [Evaluate Y1 (t) 1(t)+z(t) Y1(t) for the solution [x1(t), Y1(t), 21 (t)] that corresponds to the eigenvalue X = 0 of the following system]. x' -4x + 4z, y' = x – 20y + 2, z' = -3x + 3z. Lütfen birini seçin: O 20 O 19 O 2 O 21 O 18

Name: Aşağıdaki sistemin A = 0 özdeğerine karşı gelen[1(t), Y1(t), 21 (t)]
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Description: Aşağıdaki sistemin A = 0 özdeğerine karşı gelen[1(t), Y1(t), 21 (t)] çözümü için21(t)+z1(t)değerini bulunuz. [EvaluateY1 (t)1(t)+z(t)Y1 (t)for the solution [x1(t), Y1(t), 21 (t)] that corresponds to theeigenvalue X = 0 of the following system].-4x +

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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