Using Kirchhoff's Law for a voltage v(t), applied to the RL circuit below produces the equations...

Transcribed Image Text:

Using Kirchhoff's Law for a voltage v(t), applied to the RL circuit below produces the equations shown where i, and i are the currents in each loop. R₁ eeeeeee L₂ TH Ra 1 lady +R₂(₁-(₂) + R₂l₁= v(t) E de Lydi dt Left loop: Right loop: +R₂(₂-₂)=0 1.4 C mooooooo L₁ 0.8 H v (+) 100V You are given that L₁=0.8H, L₂ = 1H, R₂ = 1.40, R₂ = 10 and i, (0) = ₂(0) = 0 and that the voltage is a constant value of 100 volts. a) Using Laplace transforms, find expressions for , and is in terms of e. b) Comment on what you notice about i, and i, as t increases. Using Kirchhoff's Law for a voltage v(t), applied to the RL circuit below produces the equations shown where i, and i are the currents in each loop. R₁ eeeeeee L₂ TH Ra 1 lady +R₂(₁-(₂) + R₂l₁= v(t) E de Lydi dt Left loop: Right loop: +R₂(₂-₂)=0 1.4 C mooooooo L₁ 0.8 H v (+) 100V You are given that L₁=0.8H, L₂ = 1H, R₂ = 1.40, R₂ = 10 and i, (0) = ₂(0) = 0 and that the voltage is a constant value of 100 volts. a) Using Laplace transforms, find expressions for , and is in terms of e. b) Comment on what you notice about i, and i, as t increases.

Answer rating: 100% (QA)

From the provided image it looks like there is a question regarding an RL circuit with an external voltage source vt 100V two resistors R1 and R2 and ... View the full answer