b SHOW un c What value does the levěl III lIMU d. The level in the right compartment has risen 6cm in 5 minutes. I'IIIU II 9 The diagram shows a simple circuit containing an inductor L and a resistor R with a dI constant applied voltage V. Circuit theory tells us that V = RI + L, where I is the current at time t seconds (we will ignore the complicated units). dt V. is a solution of the differential equation, for any a Prove that I + Ae %3D R constant A. b Given that initially the current is zero, find A in terms of V and R. c Find the limiting value of the current in the circuit. d Given that R = 12 and L = 8 x 10¯°, find how long it takes for the current limiting value. Give your answer correct to three significant figures. %3D

b SHOW un c What value does the levěl III lIMU d. The level in the right compartment has risen 6cm in 5 minutes. I'IIIU II 9 The diagram shows a simple circuit containing an inductor L and a resistor R with a dI constant applied voltage V. Circuit theory tells us that V = RI + L, where I is the current at time t seconds (we will ignore the complicated units). dt V. is a solution of the differential equation, for any a Prove that I + Ae %3D R constant A. b Given that initially the current is zero, find A in terms of V and R. c Find the limiting value of the current in the circuit. d Given that R = 12 and L = 8 x 10¯°, find how long it takes for the current limiting value. Give your answer correct to three significant figures. %3D

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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