C. Determine the electric current i(t) using Laplace transform of the following R-L circuit where L=3 Henry, R=5 ohms and i(0)=0. Note that : The differential equation of the given R-L circuit connected in series is di given by : +Ri(t)=cos 5t dt R i(1) v(1)
C. Determine the electric current i(t) using Laplace transform of the following R-L circuit where L=3 Henry, R=5 ohms and i(0)=0. Note that : The differential equation of the given R-L circuit connected in series is di given by : +Ri(t)=cos 5t dt R i(1) v(1)
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![C. Determine the electric current i(t) using Laplace transform of the following R-L
circuit where L=3 Henry, R=5 ohms and i(0)=0.
Note that : The differential equation of the given R-L circuit connected in series is
di
given by :
+Ri(t)=cos 5t
dt
R
i(1)
v(1)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd15ca78f-d339-411c-ac41-c755ea0863da%2F0c3e4692-e31e-419a-84be-97ea9711b844%2Frupe4ed_processed.jpeg&w=3840&q=75)
Transcribed Image Text:C. Determine the electric current i(t) using Laplace transform of the following R-L
circuit where L=3 Henry, R=5 ohms and i(0)=0.
Note that : The differential equation of the given R-L circuit connected in series is
di
given by :
+Ri(t)=cos 5t
dt
R
i(1)
v(1)
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