29. Show that if A1 and A2 are eigenvalues of any matrix A, and if A1 # d2, then the corresponding eigenvectors x(1) and x(2) are 0; multiply = 0. linearly independent. Hint: Start from c¡x(1) + c2x(2) by A to obtain c¡A1x(1) +c2^2x(2) = 0. Then show that c = c2 =

Advanced Engineering Mathematics
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ISBN:9780470458365
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Chapter2: Second-order Linear Odes
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29. Show that if A1 and A2 are eigenvalues of any matrix A, and
if A1 # d2, then the corresponding eigenvectors x(1) and x(2) are
0; multiply
= 0.
linearly independent. Hint: Start from c¡x(1) + c2x(2)
by A to obtain c¡A1x(1) +c2^2x(2) = 0. Then show that c = c2 =
Transcribed Image Text:29. Show that if A1 and A2 are eigenvalues of any matrix A, and if A1 # d2, then the corresponding eigenvectors x(1) and x(2) are 0; multiply = 0. linearly independent. Hint: Start from c¡x(1) + c2x(2) by A to obtain c¡A1x(1) +c2^2x(2) = 0. Then show that c = c2 =
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