2. The following questions pertain to the circuit shown on the previous page which is in steady state att-0.(a) What is vc (0)?(b) What is vc(oo)?(c) What is ic(0¯)?(d) What is in(0+)?(e) What is ic(0+)?(f) What is uc(t) for t≥ 0? (You do not need to derive the differential equation. You merely needto provide the function with all appropriate constants.) t=0iR+14 mA63 ΩVC5 µF378 ΩΣ

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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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Determine the current i(t) for t>0 of the inductor in the circuit. Consider zero initial conditions. Applying Kirchhoff's laws, state and show the differential equations of the circuit. Combining the previous differential equations obtain a single differential equation with respect to i(t), show and comment on the steps or procedures. Solve the differential equation to find i(t) 12 u(t) V 20 M i(t) 1 H 0.5 F 6 u(t) V
Using the Nyquist criterion, find the range of K for stability of the system in Figure (a) below. The Nyquist diagram for the system with K = 1 is shown in Figure (b). Imaginary Ass 3 R(s) -1.6 4 K(S-1) (8-2) (a) Nyquist Diagram 05 Real A 0 C(s)
The switches in the circuit shown below have been open (left switch) and closed (right switch) for a longtime. At time equal to zero this switches change as indicated in figure. a) Find the numerical expressionsfor iL(t) and vo(t) for t ≥ 0. b) Find the numerical values of vL(0+) and vo(0+).
Required information Obtain the steady-state response of each of the following models, and estimate how long the response will take to reach the steady-state. 6x + 8x = 20us (t), x (0) = 0 The steady-state response is The time taken for the response to reach the steady-state is S.
1. (a) Obtain the steady-state response of the following model, and estimate how long it will take the response to reach steady-state. 13i - 6x = 18u,(t), r(0) = 2 %3D (b) Obtain the response of the following model. # + 8* + 12x = 0, x(0) = 0, i(0) = 1 (c) Find the response for the following model. The initial conditions are zero. 3* + 21i + 30r = 4t %3D
The voltage impulse response of a circuit is shown below in figure (a). The input signal to the circuit is therectangular voltage pulse shown in figure (b).a. Derive the equations for the output voltage. Note the range of time for which each equation isapplicable.b. Sketch the output for 0 ≤ t ≤ 27s Please do my graphical Method. Earlier I got an answer without the graphical method
In the circuit shown the initial voltages across the capacitors C, and C₂ are 2V and 4V, respectively. The switch is closed at time t = 0. The total energy dissi- pated (in Joules) in the resistor R until steady state is reached, is t = 0 :4F 592 N 2F
ANSWER WITH COMPLETE AND CLEAN SOLUTION PLS
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My teacher said that the equation v(t) for Vcap (in image) will be V = -1/C integral of i(t) + v(initial). My question is, my teacher has said that the '-' infront of the 1/C is because the current flows into the negative terminal of the capacitor. But in the answer my teacher has put v(initial) as +20 and not -20, even though the 20V across the capacitor is also negative to positive as shown in the image. So why is the v(initial) put as +20 and not -20? Thank you.
Q2: a): In the system shown in figure below. Find the steady state error if the input r(t) = 1+ 21 C(t) e(t) 10(s +1) s(s+2) r(t)
hi please solve this , please make sure its correct.

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