Use Variation of Parameters to find the general solution of the equation Py" (t) – 4ty (t) + 6y(t) = t³ + 1, t>0 The Variation of Parameters guarantees a particular solution in the form Yp(t) = y1(t)v1 (t) + y2(t)v2(t). Hint: The functions y1 (t) = t² and y2(t) = t3 are linearly independent solutions of the homogeneous solution for t > 0. Find the function v2(t) v2(t) Find a particular solution to the differential equation. y(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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Use Variation of Parameters to find the general
solution of the equation
Py" (t) – 4ty (t) + 6y(t) = t³ + 1, t>0
The Variation of Parameters guarantees a particular solution in the form
Yp(t) = y1(t)v1 (t) + Y2(t)v2(t). Hint: The functions y1 (t) = t² and y2(t) = t³ are
linearly independent solutions of the homogeneous solution for t > 0.
Find the function v2(t)
v2(t)
Find a particular solution to the differential equation.
y(t) -
Transcribed Image Text:Use Variation of Parameters to find the general solution of the equation Py" (t) – 4ty (t) + 6y(t) = t³ + 1, t>0 The Variation of Parameters guarantees a particular solution in the form Yp(t) = y1(t)v1 (t) + Y2(t)v2(t). Hint: The functions y1 (t) = t² and y2(t) = t³ are linearly independent solutions of the homogeneous solution for t > 0. Find the function v2(t) v2(t) Find a particular solution to the differential equation. y(t) -
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