Find the particular solution: y″−4y′+4y=(−11.5e^(2t))/(t^(2)+1)

Find the particular solution:

y″−4y′+4y=(−11.5e^(2t))/(t^(2)+1)

Expert Solution

Colby Messinger answered 1 year ago

Find the particular solution to the equation. y''-4y'+5y=(e^(2t))(sec(t))

Find a particular solution to y” + 4y = 16t sin(2t)

Find the general solution of the differential equation y'' + 4y' + 4y = (e-2t/t2)

y''+y=2t+1+(cos(t))^-2

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Find a particular solution to the non-homogeneous differential equation: (a) y'' − 4y = 4t^2 (b)...

Find a particular solution to the non-homogeneous differential equation: (a) y'' − 4y = 4t^2 (b) y '' − 4y = sin(2t) (c) y '' + 4y = sin(2t) (d) y '' + y = cos(t)

find a particular solution to y"-2y'+y=-12.5e^t

find the particular solution for: y'' - 4y' - 12y = e2x(-3x2 + 4x + 5)...

find the particular solution for: y'' - 4y' - 12y = e2x(-3x2 + 4x + 5) (hint: try y= ue2x then use: u = Ax2 + Bx + C)

1. Find the general solution to the following ODE: y′′′+ 4y′= sec(2x) 2. Find the solution...

1. Find the general solution to the following ODE: y′′′+ 4y′= sec(2x) 2. Find the solution to the following IVP: 2y′′+ 2y′−2y= 6x2−4x−1 y(0) = −32 y′(0) = 5 3. Verify that y1=x1/2ln(x) is a solution to 4x2y′′+y= 0, and use reduction of order to find a second solution y2. 4. Find the general solutions to the following ODEs: a) y′′′−y′= 0. b) y′′+ 2y′+y= 0. c) y′′−4y′+ 13y= 0.

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FIND THE GENERAL SOLUTION TO THE DE: Y”’ + 4Y” – Y’ – 4Y = 0 COMPUTE: L {7 e 3t – 5 cos ( 2t ) – 4 t 2 } COMPUTE: L – 1 {(3s + 6 ) / [ s ( s 2 + s – 6 ) ] } SOLVE THE INITIAL VALUE PROBLEM USING LAPLACE TRANSFORMS: Y” + 6Y’ + 5Y = 12 e t WHEN : f ( 0 ) = -...

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