We will introduce another method, variation of parameters method, of solving the following equation: y + p(t)y = g(t) (1) Step 1: Find a solution y1 of y' + p(t)y = 0 : yı = Step 2: Set y(t) = Y1w(t): Step 3: Substitute y(t) into (1) to get w'(t) = y'9(t) Step 4: Integrate: w(t) = f w'(t)dt = Syi'g(t) dt

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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We will introduce another method, variation of parameters method, of solving
the following equation:
y + p(t)y = g(t)
(1)
Step 1: Find a solution y1 of y' + p(t)y = 0 : yı =
Step 2: Set y(t) = Y1w(t):
Step 3: Substitute y(t) into (1) to get w'(t) = y'9(t)
Step 4: Integrate: w(t) = f w'(t)dt = Syi'g(t) dt
Transcribed Image Text:We will introduce another method, variation of parameters method, of solving the following equation: y + p(t)y = g(t) (1) Step 1: Find a solution y1 of y' + p(t)y = 0 : yı = Step 2: Set y(t) = Y1w(t): Step 3: Substitute y(t) into (1) to get w'(t) = y'9(t) Step 4: Integrate: w(t) = f w'(t)dt = Syi'g(t) dt
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