–2t + 8Y Consider the vector-valued functions æ1(t) = (2, F (2e²t and æ2(t) = + 5t (2e" a. Compute the Wronskian of these two vectors. Wx(t) = b. On which intervals are the vectors linearly independent? If there is more than one interval, enter a comma-separated list of intervals. The vectors are linearly independent on the interval(s): help (intervals). (P11(t) \P21(t) P22(t)/ c. Find a matrix P(t) = so that æ, and æ, are fundamental solutions to the system homogeneous differential equations æ' = P(t)æ. P11(t) = P12(t) = P21 (t) = P22(t) =

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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c. Find a matrix P(t) = (P p2(t))
-2t + 8
(t) = (,
(2e2t
x2(t) =
2et
Consider the vector-valued functions
and
t2 + 5t
a. Compute the Wronskian of these two vectors.
Wx(t) =
b. On which intervals are the vectors linearly independent? If there is more than one interval, enter a comma-separated list of intervals.
The vectors are linearly independent on the interval(s):
help (intervals).
(p11(t) P12(t)
\P21(t) P22(t)
c. Find a matrix P(t)
so that æ1 and æ, are fundamental solutions to the system homogeneous differential equations æ' = P(t)æ.
P11(t) =
P12(t) =
%3D
P21 (t) =
P22(t) =
Transcribed Image Text:c. Find a matrix P(t) = (P p2(t)) -2t + 8 (t) = (, (2e2t x2(t) = 2et Consider the vector-valued functions and t2 + 5t a. Compute the Wronskian of these two vectors. Wx(t) = b. On which intervals are the vectors linearly independent? If there is more than one interval, enter a comma-separated list of intervals. The vectors are linearly independent on the interval(s): help (intervals). (p11(t) P12(t) \P21(t) P22(t) c. Find a matrix P(t) so that æ1 and æ, are fundamental solutions to the system homogeneous differential equations æ' = P(t)æ. P11(t) = P12(t) = %3D P21 (t) = P22(t) =
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