A force is applied to a conducting rod so that the rod slides with constant spee

Question

A force is applied to a conducting rod so that the rod slides with constant speed 8.8 m/s over a frictionless pair of parallel conducting rails that are separated by a distance 0. 51 m. The rod and rails have negligible resistance, but the rails are connected by a resistance 25 omega. There is a uniform magnetic field 0.06 T perpendicular to and directed out of the plane of the paper. What is the direction of the induced current in the resistor R. Going down through the resistor Going up through the resistor

Explanation / Answer

going up through the resister thank you

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