A voltage Ee-at is applied at t=0 to a circuit containing inductance L and resistance R. Determine the current at any ti
Posted: Thu Jul 14, 2022 9:29 am
a) \(\frac{Ee^{-at}}{L-Ra} \left(e^{\frac{-Rt}{L}}\right)\)
b) \(\frac{E}{R-La} \left(e^{-at}-e^{\frac{-Rt}{L}}\right)\)
c) \(\frac{E}{La} \left(e^{-at}+e^{\frac{Rt}{L}}\right)\)
d) \(\frac{Ee^{-at}}{R} \left(1-e^{\frac{-Rt}{L}}\right)\)
b) \(\frac{E}{R-La} \left(e^{-at}-e^{\frac{-Rt}{L}}\right)\)
c) \(\frac{E}{La} \left(e^{-at}+e^{\frac{Rt}{L}}\right)\)
d) \(\frac{Ee^{-at}}{R} \left(1-e^{\frac{-Rt}{L}}\right)\)