SimulationUse this Phet Simulation of a generator to explore both Faraday's Law (magnitude of emf) and Lenz's Law(direction of emf). You can use the tabs toward the top of the simulation to access the "Generator". After exploringfor a bit, make up two of your own questions about the simulator. One question should address Faraday's Law andthe other should refer to Lenz's Law. Please also provide the answers to your questions.E WordsREEnglish (US)4. A coil with 105 turns and an area of 1.45 m² is rotating in a magnetic field of 2.3 T. The coil is rotatingat a rate of 25° per second.a.What is the induced emf in the ring? Choose the specific case of the coil moving from 0° to 25°.b. The ring has a resistance of 1.4 2. What is the current in the ring?C. What is the power dissipated in the ring?I

Given .A coil No. Of turns N =105 turns area of coil A = 1.45 m² magnetic field B =2.3 T rate…

4. A coil with 105 turns and an area of 1.45 m² is rotating in a magnetic field of 2.3 T. The coil is rotating at a rate of 25° per second. a. What is the induced emf in the ring? Choose the specific case of the coil moving from 0° to 25°. b. The ring has a resistance of 1.4 2. What is the current in the ring? C. What is the power dissipated in the ring? I

4. A coil with 105 turns and an area of 1.45 m² is rotating in a magnetic field of 2.3 T. The coil is rotating at a rate of 25° per second. a. What is the induced emf in the ring? Choose the specific case of the coil moving from 0° to 25°. b. The ring has a resistance of 1.4 2. What is the current in the ring? C. What is the power dissipated in the ring? I

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

Simulation
Use this Phet Simulation of a generator to explore both Faraday's Law (magnitude of emf) and Lenz's Law
(direction of emf). You can use the tabs toward the top of the simulation to access the "Generator". After exploring
for a bit, make up two of your own questions about the simulator. One question should address Faraday's Law and
the other should refer to Lenz's Law. Please also provide the answers to your questions.
E

Words
RE
English (US)
4. A coil with 105 turns and an area of 1.45 m² is rotating in a magnetic field of 2.3 T. The coil is rotating
at a rate of 25° per second.
a.
What is the induced emf in the ring? Choose the specific case of the coil moving from 0° to 25°.
b. The ring has a resistance of 1.4 2. What is the current in the ring?
C. What is the power dissipated in the ring?
I

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