Help with complex wave equation

[KSP]

Hi all

I need a hand with the attached problem. Yes, it is an assignment, so I know the whole moral issue of someone giving me the answer, but if you could just point me in the right direction I would be very grateful.

I can probably do everything else once a) is done, but I can't remember how to work out the current from the complex voltage

Cheers

[TMM]

divide the complex voltage by the complex impedance of the resistor and inductor in series ... don't forget that the impedance is different for each frequency

[T3sl4co1l]

I* = V* / R

(using * to indicate a phasor quantity)
(Ed: well, to be fair... R --> Z* is a phasor too, and works just the same.  Oh, I forget if there's a conjugate in there too.)

Do this at each frequency (mumble mumble superposition something).

Or if you're a masochist,

V = (bunch of sin terms as a function of t)
= I*R + L * dI/dt

Solve for I.

Tim

[KJDS]

I perked up seeing the title, fully expecting to see something relating to Schrodingers wave equations, but instead get something less complex and the route to solving it already explained.

[T3sl4co1l]

You can still show us the solution for the hydrogen atom if you want to     

Tim