1.For an angle of zero between the magnetic field and the vector normal to the plane...

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Physics

1.For an angle of zero between the magnetic field and the vectornormal to the plane of the coil: (a) What happens to the light bulbas it enters the magnetic field region? Explain. (b) What happensto the light bulb as it moves while it is completely inside themagnetic field? Explain. (c) What happens to the light bulb as itexits the magnetic field region? NOTE: Use Faradayâ€™s Law toexplain.
2.For an angle of zero between the magneticfield and the vector normal to the plane of the coil: What happensto the light bulb when the you flip the direction of the magneticfield? Explain using Faradayâ€™s Law.
3.For an angle of zero between the magneticfield and the vector normal to the plane of the coil: What happensto the light bulb when the magnitude of the magnetic field varies?Explain using Faradayâ€™s Law
4.For an angle of zero between the magneticfield and the vector normal to the plane of the coil: What happensto the light bulb when the coil moves vertically? Explain usingFaradayâ€™s Law

Answer & Explanation Solved by verified expert

4.5 Ratings (711 Votes)

First of all the expression for the induced emf as per the faradays law is given as E rate of change of magnetic field Or E N dBAdt As where in the question mentioned zero angle between the magnetic field and the area vector or normal vector which means it will give maximum of its flux at this time as cos0 1 So that E BA Will be use where ever it is necessary 1 a when the bulb enters into the magnetic field then there will be a change in the flux through See Answer

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