14 A. Assume the inductance of the coil is 10.5mH, having the flux 0.2mwb developed in the coil when a current of 6Aflow through it. Identify number of turns of the coil.a. 600 turnsO b. 1500 turnsO . 315 turnsO d. 575 turns 14 B. for the above coil if the current falls to 1A in 10ms, the average emf induced in the coil is calculatedasO a. 5.25m VO b. 5.25 VO c. 0.52 VO d. 52.5 V

Given Data: I = 6 A L = 10.5 mH flux = 0.2mWb

14 A. Assume the inductance of the coil is 10.5mH, having the flux 0.2mwb developed in the coil when a current of 6A flow through it. Identify number of turns of the coil. O a. 600 turns O b. 1500 turns O .315 turns O d. 575 turns

14 A. Assume the inductance of the coil is 10.5mH, having the flux 0.2mwb developed in the coil when a current of 6A flow through it. Identify number of turns of the coil. O a. 600 turns O b. 1500 turns O .315 turns O d. 575 turns

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

14 A. Assume the inductance of the coil is 10.5mH, having the flux 0.2mwb developed in the coil when a current of 6A
flow through it. Identify number of turns of the coil.
a. 600 turns
O b. 1500 turns
O . 315 turns
O d. 575 turns

14 B. for the above coil if the current falls to 1A in 10ms, the average emf induced in the coil is calculated
as
O a. 5.25m V
O b. 5.25 V
O c. 0.52 V
O d. 52.5 V

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