In the circuit 3.4, the switch is open at
t=0
. Given
i_(5)=10A,L_(1)=L_(2)=1H
and
R=2e
Determine: a)
i_(2)(\theta ^( ))
and
(d_(i2))/(dt)(\theta ^( ))
b) the diffecential equation and Solve it for
i_(2)(t)
for
t>=0
.

Question

In the circuit 3.4, the switch is open at

t=0

. Given

i_(5)=10A,L_(1)=L_(2)=1H

and

R=2e

Determine: a)

i_(2)(\theta ^( ))

and

(d_(i2))/(dt)(\theta ^( ))

b) the diffecential equation and Solve it for

i_(2)(t)

for

t>=0

.

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Expert Answer to - In the circuit 3.4, the switch is open at t=0. Given i_(5)=10A,L_(1)=L_(2)=1H and R=2e Determine: a)

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Solution for - In the circuit 3.4, the switch is open at t=0. Given i_(5)=10A,L_(1)=L_(2)=1H and R=2e Determine: a)

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This an additional answer to - In the circuit 3.4, the switch is open at t=0. Given i_(5)=10A,L_(1)=L_(2)=1H and R=2e Determine: a)

(Solved): In the circuit 3.4, the switch is open at t=0. Given i_(5)=10A,L_(1)=L_(2)=1H and R=2e Determine: a) ...