1. The problem statement, all variables and given/known data A resistor of resistance R is connected to an AC generator with EMF(t)=(EMF_max)sin((w_d)t). (a) Write Kirchhoff's Loop Rule for this circuit at a particular instant of time. Is your result a differential equation? (b) Find the current as a function of time. Now assume R=50 Ohm and EMF_max = 30.0 V. (c) What is the amplitude of the resulting alternating current if the frequency of the EMF is 1.00 kHz? 2. Relevant equations V_R = R dQ(t)/dt 3. The attempt at a solution Ok, so the differential equation I came up with is: V_G + V_R = 0 E_m sin(w_d t) = R dQ(t)/dt assuming thats correct how do I find the current as a function of time? Replace dq/dt with i? And after that?