| 1. | Faraday explained electromagnetic induction using a concept he called lines of force.
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| 2. | Figure 250 : Distribution of magnetic lines of force through a Gramme ring.
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| 3. | A compass, by contrast, follows magnetic lines of force and often errs badly.
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| 4. | Michael Faraday explained electromagnetic induction using a concept he called lines of force.
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| 5. | In effect, the electrons travel along the lines of force, although helically, in detail.
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| 6. | Then the magnetic lines of force are represented ( very approximately ) by your fingers.
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| 7. | Much like Magneto, Victor can use Earth's natural magnetic lines of force to levitate and fly.
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| 8. | The lines of force of this field form concentric circles around the path of the charge.
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| 9. | The magnetic inductive current represents lines of force.
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| 10. | The field inside the magnet had essentially-parallel lines of force, parallel to the axis of the tube.
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