2- A conducting bar of length L moves with a velocity V along +x direction in a static magnetic field B. Answer the following. V Define the electromotive force (emf). Explain how the charge and the electric field induces in the bar. Draw the charges and the electric field in the bar Derive the following equation for the induced emf in the bar. Eind = $ (V x B). aï

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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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2- A conducting bar of length L moves with a velocity V
along +x direction in a static magnetic field B.
Answer the following.
Define the electromotive force (emf).
Explain how the charge and the electric field
induces in the bar.
Draw the charges and the electric field in the bar
Derive the following equation for the induced emf in the bar.
Eind
Transcribed Image Text:2- A conducting bar of length L moves with a velocity V along +x direction in a static magnetic field B. Answer the following. Define the electromotive force (emf). Explain how the charge and the electric field induces in the bar. Draw the charges and the electric field in the bar Derive the following equation for the induced emf in the bar. Eind
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