Aşağıdaki sistemin d = 0 özdeğerine karşı gelen [x1(t), Y1(t), z1 (t)] çözümü için z1(t)+z1(t) y,(t) z,(t)+z¡(t) ,(t) for the solution [¤1(t), Y1(t), z1 (t)] that corresponds to değerini bulunuz. [Evaluate the eigenvalue A = 0 of the following system]. %3| x' = -3x + 3z, y' = x - 4y + z, 2' = -2x + 2z.
Aşağıdaki sistemin d = 0 özdeğerine karşı gelen [x1(t), Y1(t), z1 (t)] çözümü için z1(t)+z1(t) y,(t) z,(t)+z¡(t) ,(t) for the solution [¤1(t), Y1(t), z1 (t)] that corresponds to değerini bulunuz. [Evaluate the eigenvalue A = 0 of the following system]. %3| x' = -3x + 3z, y' = x - 4y + z, 2' = -2x + 2z.
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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![Aşağıdaki sistemin A = 0 özdeğerine karşı gelen [x1 (t), y1(t), z1 (t)] çözümü için
21(t)+z1(t)
Y1 (t)
1(t)+z1(t)
değerini bulunuz. [Evaluate
for the solution [x1(t), Y1(t), z1 (t)] that corresponds to
Y1(t)
the eigenvalue A = 0 of the following system).
x' = -3x + 3z,
y' = x – 4y + z,
%3D
-
-2x + 2z.
Lütfen birini seçin:
4
3
0 6
O5](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4976c265-a3c8-4cac-a597-ab2df8d69aa3%2F75e626cc-a09f-4b7f-b070-a9c65b62d4d4%2Fs5ke3bc_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Aşağıdaki sistemin A = 0 özdeğerine karşı gelen [x1 (t), y1(t), z1 (t)] çözümü için
21(t)+z1(t)
Y1 (t)
1(t)+z1(t)
değerini bulunuz. [Evaluate
for the solution [x1(t), Y1(t), z1 (t)] that corresponds to
Y1(t)
the eigenvalue A = 0 of the following system).
x' = -3x + 3z,
y' = x – 4y + z,
%3D
-
-2x + 2z.
Lütfen birini seçin:
4
3
0 6
O5
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