A conducting rod of lenght 35 cm moves in a uniform magnetic filed of 0.0625 Tesla directed into the plane with a velocity of 7500 mm/.
A) When the charges in the rod are in equilibrium, draw (sketch) which side has the excess positive charge.
B) Draw the direction of the electric field in the rod.
C) Calculate the magnitude of the electric field in the rod when the charges are in equilibrium.
D) Calculate the magnitude of the potential difference Vba between the two ends of the rods.
Please show work and be as detailed as possible.
To solve please use algebraic approach, not calculus approach
Homework Answers
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A conducting rod of lenght 35 cm moves in a uniform magnetic
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