For each differential equation and function x₁(t) given in parts (a)-(c), x₁(t) is a solution to the differential equation (you DON'T have to verify this). Find the general solution to the differential equation. (c) tx" - x' + 4t³ x = 0, x₁1(t) = cos cos (t²)

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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4. For each differential equation and function x₁(t) given in parts (a)-(c), x₁(t) is a solution to
the differential equation (you DON'T have to verify this). Find the general solution to the
differential equation.
(c) tx" - x' + 4t³ x=0, x₁(t) = cos (t²)
Transcribed Image Text:4. For each differential equation and function x₁(t) given in parts (a)-(c), x₁(t) is a solution to the differential equation (you DON'T have to verify this). Find the general solution to the differential equation. (c) tx" - x' + 4t³ x=0, x₁(t) = cos (t²)
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