A straight wire of length 45 cm is moved an angle of 30° to a uniform magnetic field of2.0 x 106 T with speed of 3.5 ms'. Calculate the induce e.m.f produced in the wire. If the wire isconnected to circuit of resistance of 2.0 Q, determine the amount of charge will flow in the circuit.Suggest one way by which this amount of charge may be increased. With the help of a diagram,explain your answer.

Given values:- Length of wire,(l)=45 cm=0.45 m -----(1) Angle of the uniform magnetic field,(Φ)=300…

A straight wire of length 45 cm is moved an angle of 30° to a uniform magnetic field .0 x 10 T with speed of 3.5 ms. Calculate the induce e.m.f produced in the wire. If the wire onnected to circuit of resistance of 2.0 Q, determine the amount of charge will flow in the circt Suggest one way by which this amount of charge may be increased. With the help of a diagra xplain your answer.

A straight wire of length 45 cm is moved an angle of 30° to a uniform magnetic field .0 x 10 T with speed of 3.5 ms. Calculate the induce e.m.f produced in the wire. If the wire onnected to circuit of resistance of 2.0 Q, determine the amount of charge will flow in the circt Suggest one way by which this amount of charge may be increased. With the help of a diagra xplain your answer.

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter11: Magnetic Forces And Fields

Section: Chapter Questions

Problem 48P: A strip of copper is placed in a uniform magnetic field of magnitude 2.5 T. The Hall electric field...

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