General solution of non-homogenous 2nd order linear differential equations : d²y/dx² - 4y = e^(3x)
Please find the general solution of the nonhomogenous second order linear differential equation below by following these steps: 1. Find the general solution y= C1y1 + C2y2 of the associated homogenous equation (complementary solution) 2. Find a single solution of yp of above.(particular solution). 3. Express the general so ...continues
General solution of non-homogenous second order linear differential equations : d²y/dx² + y = cosx
Please find the general solution of the nonhomogenous second order linear differential equation below by following these steps: 1. Find the general solution y= C1y1 + C2y2 of the associated homogenous equation (complementary solution) 2. Find a single solution of yp of above.(particular solution). 3. Express the general so ...continues
IVP : Solve a linear differential equation : dy/dx + xy = x y(0) = -6
Solve the initial value problem below. the initial condition is y(0) = -6 The differential equation is dy/dx + xy = x Please show all details in the solution, including the steps to find the value of C. thank you!
General solution to nonhomogenous second order differential equation : d²y/dt² - 9y = sint
Please find the General solution to the non-homogenous second order differential equation below. Please show all details in your solution. Thank you d²y/dt² - 9y = sint
Particular solution of differential equation : d²y/dx² - y = xe^x
The differential equation is: d²y/dx² - y = xe^x For the first part of the general solution, I got y=Ae^x + Be^-x where a and b are constants. Now I need to find the particular solution. Thanks.
Find the general solution of the nonhomogenous second order linear differential equation below. Please show detailed solution steps. Thanks, d²y/dx² + 5dy/dx - 6y = 7e^x
Please find the general solution of the nonhomogenous second order linear differential equation below. Please show all details in the solution. Thanks d²y/dx² + 6dy/dx + 9y = e^(-4x)
Differential Equations and Green's Functions
Consider the inhomogeneous differential equation -u’ + u = r(x) on (a,b) where r(x) is a continuous function on the interval (a,b) Find the solution to this differential equation in the form u = integral from a to b (G(x,s) r(s) ds) and determine G(x,s).
I have already found the first part of the general solution for the equation below, but am not sure how to find the particular solution for the sint part of the equation. Please find the particular solution for sin t in this problem and show all details. d²y/dt² - 9y = sint
Please find the particular solution for cosx in this problem and show all details. d²y/dx² + y = cosx