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The current i amperes at any time t is given by \(L \frac{di}{dt} + Ri = E\), when a resistance R ohms is connected in s

Posted: Thu Jul 14, 2022 9:29 am
by answerhappygod
a) \(\frac{10}{R^2+L^2} (R cos⁡t – L sin⁡t + Le^{\frac{Rt}{L}})\)
b) \(\frac{10}{R^2+L^2} (R sin⁡t + L cos⁡t – Le^{\frac{Rt}{L}})\)
c) \(\frac{10}{R^2+L^2} (R sin⁡t – L cos⁡t + Le^{\frac{-Rt}{L}})\)
d) \(\frac{10}{R^2+L^2} (L cos⁡t – R sin⁡t + Le^{\frac{-Rt}{L}})\)