Consider the "RLO" circuit shown below. The circuit components have the values & = 5 V, R, = 10, R, =0.1 0, Rs = 0.1 0, L = 0.001 H, and C = 0.001 F. R Eo C L S (a) The switch S has been in Position I for a long time. What is the charge go on the capacitor? At time * = 0, the switch S is moved to Position 2. The rest of the problem is for this configuration of the circuit. Be sure to include the requested plots of q(t) vs. t and I (t) vs. t when you hand in your homework. (b) Using the equation for the charge q(t) on the capacitor given in Lecture 27 for the RLC circuit: q(t) = me " cool't (1) make a plot of q(t). Pick a good range of times (perhaps (