pose that the electrical network shown below is initially open - no currents are flowing. Assume that it is closed at time t = 0; solve the given system to find I₁ (t) and 12(t). 4(1₁' - 12') +751₁ = 200 sin 50t, 4 (12'-11') + 10012 = 0 E(t) R₁ w E(t)=200 sin (50t) R₂ L=4 Henries R₁ = 75 ohms R₂ = 100 ohms
pose that the electrical network shown below is initially open - no currents are flowing. Assume that it is closed at time t = 0; solve the given system to find I₁ (t) and 12(t). 4(1₁' - 12') +751₁ = 200 sin 50t, 4 (12'-11') + 10012 = 0 E(t) R₁ w E(t)=200 sin (50t) R₂ L=4 Henries R₁ = 75 ohms R₂ = 100 ohms
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![Suppose that the electrical network shown below is initially open - no currents are flowing. Assume that it is closed at time t = 0; solve the given system to find I₁ (t) and I2(t).
4(1-2)+751₁ = 200 sin 50t, 4 (12' -11') + 1001₂ = 0
E(t)
R₁
E(t) = 200 sin (50t)
R₂ L 4 Henries
R₁ = 75 ohms
R₂ = 100 ohms
11(t) = ☐
(Type integers or fractions for any numbers in the expression.)
=
(Type integers or fractions for any numbers in the expression.)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fdde3afeb-ea6b-4d9d-abaf-f742b7bd6088%2F989f851f-2230-439f-8c41-eeda86731e70%2Fjguyj5g_processed.png&w=3840&q=75)
Transcribed Image Text:Suppose that the electrical network shown below is initially open - no currents are flowing. Assume that it is closed at time t = 0; solve the given system to find I₁ (t) and I2(t).
4(1-2)+751₁ = 200 sin 50t, 4 (12' -11') + 1001₂ = 0
E(t)
R₁
E(t) = 200 sin (50t)
R₂ L 4 Henries
R₁ = 75 ohms
R₂ = 100 ohms
11(t) = ☐
(Type integers or fractions for any numbers in the expression.)
=
(Type integers or fractions for any numbers in the expression.)
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