The ciren't below is in sheady state before the switch changer position at to 0 seconds. Find It (1) and Vc (1) for t>o. Also find the time to approximately reach steady state. 14v (:) 12 m s tro 4₁ um 2n VL(4) 24.0 555 3H

which of the following are true? In forward bias, the transition capacitance dominates In forward bias, the diffusion capacitance dominates In reverse bias, the transition capacitance dominates In reverse bias, the diffusion capacitance dominates

An inductor with L = 150mH and r = 200(Omega) is in series with a capacitor, a resistor, and a generator of w = 1000 rad / s The voltage across the inductor Vind is measured to be 10.87 V, VR is measured to be 4.65 , and Vc is measured to be 5.96 V. What is the generator voltage V? (Hint: This is the measurement to be performed in this laboratory for LCR circuits. Use the appropriate equations to find VL and Vr' and then use them and the values of VR and VC to calculate V.)

If u cant do these 4 parts better skip ill rate based on that, please do ill like its easy

Needed to be solved this question correctly in 10 minutes and get the thumbs up please solve correctly in the order to get positive feedback I need accuracy any how please

7- For the circuit below a) Find tbe time constant b) Sketch the waveforms for in, a when you close the switch AK 31m H

b) Derive a block diagram model for the RLC series circuit shown in Figure Q1, relating input voltage Vin to output voltage Vout derived across the inductor. Your answer should identify the state variables, list the governing equations, and clearly show the direction of flow of signals in the block diagram. R + Vin(~ C Figure Q1 0.000 Vout