Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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- QUESTION 1 While it is common for electricity to be caused by the flow of electrons, we know that electric current can also flow whenever a. a constant magnetic field is present b. conductors are isolated. C. electrons, protons, or other charged particles move. d. dipoles are aligned.arrow_forward6 What is the SI unit of a. magnetic flux b. magnetic flux density c. magnetic field intensity d. magnetomotive forcearrow_forwardDerive energy stored in magnetic field.arrow_forward
- In this Exercise 6 we will explore laws critical to the study of electromagnetism. We will be using Simulation 3 (below) to explore how a moving magnet produces current in a nearby coil of wire. a. Magnetic field strength decreases as you get farther from the poles of the magnet. Does the flux through the face of the coil change as you move the magnet? Explain your answer. b. Why does the meter needle deflect? Is the deflection in accordance with Lenz’s Law? Justify your answer in terms of Lenz’s law and your above answers.arrow_forward3.2 is the amount of magnetomotive force distributed over the length of a magnet. Oa. Field flux Ob. Magnetic field intensity Oc. Magnetic flux Od. Polarityarrow_forward
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