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The figure shows a conductor of weight `1.0 N&` length `L=0.5 m` placed on a rough inclined plane making an angle `30^(@)` with the horizontal so that conductor is perpendicular to a uniform horizontal magnetic field of induction `B=0.10 T`.The coefficient of static friction betwen the conductor inside the plane of is `0.1 A` A current of `l=10 A` flows through the conductor inside the plane of this paper as shown.What is the force needed to be applied parallel to the inclined plane to keep the conductor at rest?

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`0.62NltFlt0.88N`
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