Understanding Magnetic Force and Lorentz Law Principles
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Magnetic Force on a Moving Charge: The Lorentz Law
The force exerted on an electric charge has the following characteristics:
- If the charge is at rest, no forces act upon it.
- If the charge moves with velocity v, it experiences a force proportional to the value of the charge q, perpendicular to the velocity v.
- The magnitude depends on the direction of the velocity vector v: if it has a certain direction, the magnetic force is zero; if the vector v is perpendicular to that direction, the magnetic force is maximal.
These properties are summarized in the Lorentz Law:
F = q(v × B)
The module is F = |q|vB sin(α), where α is the angle formed by B and v.
Magnetic Force and Trajectory
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