B) Derive an expression for De response of an R-L circuitC) Obtain the expression for i₁ and is in the circuit shown in Fig. when devoltage source is applied suddenly. Assume that the initial energy storedin the circuit is zero.336 V(=084Hmm10 Hw2048 Q

Answered: B) Derive an expression for De response…

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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An engineering student built a series circuit as shown in the picture. R 12V (If you are curious, here are the specifications of the components used to build this circuit: A resistor with R = 20N, an inductor with L 1H, a capacitor with C 0.002F, and a 12V battery). The charge on the capacitor C at time t, is given by Q(t) which solves the differential equation Q" + 20Q' + 500Q 12 Which of the following describes the general solution of this ODE? 3 Q(t) = e -10t (cj cos 20t + c2 sin 20t)+ -t 125 O Q(t) = e-10 (c1 cos 20t + c2 sin 20t) Q(t) = e 3 -10t (cj cos 20t + c2 sin 20t)+ 125 Q(t) = ce20t + cze20t 3 + 125 = C1 丰

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B) Derive an expression for De response of an R-L circuit C) Obtain the expression for i₁ and is in the circuit shown in Fig. when de voltage source is applied suddenly. Assume that the initial energy stored in the circuit is zero. 336 V (=0 84H mm 10 H w 20 48 Q