Hello need help in describing question 4 part A only. Thank you ucine CurrentWCLN.ca4. The equation to determine the induced emf, ɛ, in the pickup coil is given byE = -NAtDescribe, exactly, what At is in this equation. What is the relationship between At and Ɛ?a.b. Describe how you can use this simulation to confirm the relationship between At and Ɛ.Remember that & refers to the induced voltage in the pickup coil (i.e. the brightness of thebulb).A pickup colls works with clectromagnetic indudion princiPand induced Loil is tepresented by 6-NAO IAte TheGiurs the inde 1standing that the bigger Huy that is linkedthe Loil has more boltage the is requived to build the coiIn the case ot the buib its brightness indicates the largerthat is linked with the coilequat

A pickup coil is a coil of wire doesn't respond to a magnetic field but rather to a change in…

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he equation to det

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter23: Faraday’s Law And Inductance

Section: Chapter Questions

Problem 59P

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Hello need help in describing question 4 part A only. Thank you

ucine Current
WCLN.ca
4. The equation to determine the induced emf, ɛ, in the pickup coil is given by
E = -N
At
Describe, exactly, what At is in this equation. What is the relationship between At and Ɛ?
a.
b. Describe how you can use this simulation to confirm the relationship between At and Ɛ.
Remember that & refers to the induced voltage in the pickup coil (i.e. the brightness of the
bulb).
A pickup colls works with clectromagnetic indudion princiP
and induced Loil is tepresented by 6-NAO IAte The
Giurs the inde 1standing that the bigger Huy that is linked
the Loil has more boltage the is requived to build the coi
In the case ot the buib its brightness indicates the larger
that is linked with the coil
equat

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