I already solved the homogeneous portion, and I need help solving the particular solution and of course combining the two to get the entire solution to the differential equation. Not too difficult - see attachment. Please use equation editor if possible. Thank you.
dMS/dt = m(MN - MS) - pMS¬
MN¬ (0) = MS (0) = 0
M¬N + MS = [Po/(r + p)](ert - e-pt)
BY SOLVING THE DIFFERENTIAL EQUATION FOR dM¬s¬/dt with a homogeneous and particular solution.
Using the MN + MS equation to solve for MN¬ in terms of MS gives the differential equation to be solved as:
dMS/dt + (2m+p)MS = [mPo/(r+p)]ert - [mPo/(r+p)]e-pt
I have already solved the homogeneous solution to this differential equation to get that :
MS = C1e-(2m+p)t where C1 is the constant of integration.
What I need is the particular solution, and the hint I received in class was to start by assuming that MS = C2ert + C4e-pt
And of course the solution will be the addition of the homogeneous and particular solutions, using the boundary conditions given above that MS¬(0)=MN(0) = 0
(See attached file for full problem description and equations)
I am going to tell you how you should answer the question without myself doing the calculations.
I believe it should help you very well, but if you ...
The solution finds a particular solution of a differential equation. The homogeneous portion is solved.