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What is magnetic force?

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Quick Answer

The technical definition of magnetic force is the mechanical force exerted from a magnetic field to a magnetic pole that is placed within that particular magnetic field. Magnetic force involves the simultaneous attraction and repulsion that occurs between particles that are electrically charged and are within the magnetic field itself.

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What is magnetic force?
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Full Answer

A prime example of a magnetic field is the manner in which iron reacts when placed in proximity to a magnet. Magnetic force is the primary reason why electric engines are able to function; these engines contain rotating coils of wire that are driven by magnetic force exerted by a magnetic field on an electric current.

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Related Questions

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    What is induced by the rapid alternation of a magnetic field?

    A:

    The rapid alternation of a magnetic field around a conductor induces current. It causes a voltage across the conductor that the causes the flow of an electrical current.

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  • Q:

    What is the left-hand rule of magnetic polarity?

    A:

    The left-hand rule of magnetic polarity is a method of either determining the direction of charged particles after they enter a magnetic field or the way a simple motor works. The left-hand rule is also known as Fleming's left-hand rule, after John Fleming, the electronics innovator who created the rule.

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  • Q:

    What are examples of magnetic force?

    A:

    There are many examples of magnetic forces at work in nature. One of the simplest is two magnets being placed near each other. If two sides with similar charges are placed near one another, they repel each other. If dissimilar sides are placed near each other, they attract each other.

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  • Q:

    Is titanium magnetic?

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    Titanium is considered paramagnetic, as it has no standing magnetic field of its own, but it develops one in the presence of an externally applied magnetic field. According to the University of Maryland, titanium is able to induce an electrical current in some metals, but only weakly.

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