Find the Norton equivalent current seen by the capacitor after t = 0 Vs = 63.0 V , R3 = 97.0 k? , R4 = 6.0 k? , R5 = 34.0 k? , R6 = 42.0 k? , C = 51.0 ?F . and write an expression for the capacitor voltage,v(t), fort? 0 Express your answer as an algebraic expression in terms of Vs, Is, R3, R5, R6, C. Solution for t>0 voltage across capacitor v(t) = ISR3.