on what factor do the force acting on a charged particleboard a moving magnetic field depends?
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Answered by
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Magnitude of force experienced by a charge moving with velocity v is given as:
F= q v B sin(theta)
where theta is angle between direction of velocity(v) and direction of magnetic field(B).
And we know minimum value of sin(theta) is zero. That means force experienced by charge is minimum when it moves parallel or anti parallel to direction of magnetic field.
So Force depends upon net charge,velocity of the particle,magnetic fiend induced
F= q v B sin(theta)
where theta is angle between direction of velocity(v) and direction of magnetic field(B).
And we know minimum value of sin(theta) is zero. That means force experienced by charge is minimum when it moves parallel or anti parallel to direction of magnetic field.
So Force depends upon net charge,velocity of the particle,magnetic fiend induced
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Answered by
12
Answer:
It caused because of electrically charged particles. The force acting on the electrically charged particles in a magnetic field depends on the magnitude of the charge the velocity of the particle and its strength.
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