. The two switches in the circuit shown below are synchronized. The switches havebeen closed for a long time before opening at t = 0.a) How many microseconds after the switches are open is the energy dissipated inthe 60 k n resistor 25% of the initial energy stored in the 200 mH inductor?b) At the time calculated in part (a), what percentage of the total energy stored in theinductor has been dissipated?t = 0.120 mA 40 knΚΩt = 0200 mHΣ 20 ΚΩ60 ΚΩ• 30 ΚΩ

The given circuit isWe need to find:The time at which the energy dissipated in the resistor that is…

Answered: . The two switches in the circuit shown…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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2
I need the answer as soon as possible
3. For the circuit, (i) Find the voltage vc and the current ic if the capacitor was initially uncharged and the switch is thrown into position A. (ii) Find the voltage vc and the current ic if the switch is thrown into position B. (iii) Plot the waveforms for the questions (i) and (ii) for both the voltage vc and the current ic. Mark the time constant for part (i) and part (ii) in the waveforms with the corresponding values for current and voltage. A ww ic 20 kΩ B + + 12 V Vc. R, •10 kΩ 0.05 μF
A capacitor is connected to an electrical circuit as shown in the image. The initial voltage of the capacitor will be that obtained when fully charged with all four switches closed. Then the switches that are required for it to start downloading are opened. It is known that after 0.1 s in its discharge process, the voltage on the capacitor is 20% of the voltage it initially had. Questions: 1. Explain how the initial voltage of the capacitor can be calculated.2. Indicate which switches are necessary to start the discharge of the capacitor and why.
write legible articles.
the capacitor
4. Why do we examine the behavior of an inductor when the current through it is changing? 5. What is the definition of the time constant? The definition of the time constant is I
A capacitor is connected to an electrical circuit as shown in the image. The initial voltage of the capacitor will be that obtained when fully charged with all four switches closed. Then the switches that are required for it to start downloading are opened. It is known that after 0.1 s in its discharge process, the voltage on the capacitor is 20% of the voltage it initially had. Questions: 1. Explain how the initial voltage of the capacitor can be calculated.2. Calculate the initial voltage of the capacitor before it begins to discharge.3. Say characteristic switches are necessary to initiate the discharge of the capacitor and why.4. Calculate the value of the capacitance.
1. Write the answer for the following questions. a) Define Potential Gradient b) Write any four name of the practical types of capacitor c) How do you discharge the capacitor?
Considering the circuit given below under DC conditions: (a) how much energy do C1 and C2 capacitors store? (Hint: the voltage across the capacitors is the same when they are connected in parallel.) (b) repeat (a) when C1 and C2 capacitors are in series (Note that everything else in the circuit remains the same. Hint: The capacitors have the same charge (Q) on them when they are connected in series.). R1 12KO R3 8KO 48V R2 6ΚΩ C1 12 HF C2 24 HF Ground Figure 2: Circuit for Question 2 H
Please provide Handwritten answer
6. For the network of Figure 6, the capacitor is fully discharged, since the switch is in position 2. Find the mathematical expressions for the transient behavior of the voltage v, and the current i, following the closing of the switch at position 1 at t = 0 sec. Find the mathematical expressions for the voltage v, and current i, as a function of time if the switch is thrown into position 2 at t= 1sec. Draw the resultant waveforms of the voltage v. and current i. on the same time axis. 10 Kn 30 Kn 60ka ve 40v Figure 6

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