The capacitor is initially uncharged, and the switch is in its neutralposition N. At t=0, the switch is turned left (L) for t = 0.1 s, and after that, immediatelyat t= t = 0.1 s, turned right (R). (a) Describe qualitatively but clearly the physical processes for 0 ttand for t< t<.(b) Derive from first principles (circuits laws and v-icharacteristics)and solve the equation that applies in the time interval0 tt, when the switch is on the left.(c) Derive from first principles and solve the circuit equation that applies in the time intervalt< t <, when the switch is on theright.(d) Plot (in separate figures) the capacitor voltage and current for 0t <