1. Convert the following system of first order differential equations with initial condition into I.V.P and solve both of them: 2t - 21 (t) =

Advanced Engineering Mathematics
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Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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1. Convert the following system of first order differential equations with initial condition into I.V.P and
solve both of them:
(2t - 21YX,
2. Let X"(t) = |
x' (t) =
(2t
be solutions of X'(t)= P(t)X
(a) Find W(X" (t), X²' (t1)).
(2)
(b) In any intervals X"(1),X®(t) are linearly independent?
(c)Find P(t).
(d) Find the general solution of X'(t) = P(t)X for t # 0.
Transcribed Image Text:1. Convert the following system of first order differential equations with initial condition into I.V.P and solve both of them: (2t - 21YX, 2. Let X"(t) = | x' (t) = (2t be solutions of X'(t)= P(t)X (a) Find W(X" (t), X²' (t1)). (2) (b) In any intervals X"(1),X®(t) are linearly independent? (c)Find P(t). (d) Find the general solution of X'(t) = P(t)X for t # 0.
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