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A current I flows in a circuit shaped like an isoceles trapezium. The ratio of the bases is 2. The length of the smaller base is l. Calculate the magnetic induction at a point P located in the plane of the trapezium, but at a distance a from the midpoint of the smaller base. |
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Answer» A current I flows in a circuit shaped like an isoceles trapezium. The ratio of the bases is 2. The length of the smaller base is l. Calculate the magnetic induction at a point P located in the plane of the trapezium, but at a distance a from the midpoint of the smaller base. |
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