1. The problem statement, all variables and given/known data The voltage across the inductor is given by v(t)=L(di(t)/dt). Determine: (1.) Tthe voltage v(t) (2.) The power p(t)=v(t)*i(t). (3.) The maximum power transferred ( t = ??? (in seconds) when power is at maximum). if the inductance is L=2 and the current i(t) is given by: (a.) i(t)=13e-200t A. (b.) i(t)=20cos(2π60t) A. It's the formula/steps to get pmax that I am stuck on. Thank you so much! 2. Relevant equations See above. 3. The attempt at a solution I got as far as answering the (1.) and (2.) for each (a.) and (b.), but I do not know how to calculate the pmax. (a1.) v(t) = -5.2 e-200t V. (a2.) p(t) = -67.6 e-400t W. (a3.) ??? ( t = ??? when power is at maximum). (b1.) v(t) = -4.8 π sin(120πt) V. (b2.) p(t) = -48sin(240πt) W. (b3.) ??? ( t = ??? when power is at maximum). Thank you very much!!!