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Q.

The force acting on a stationary charged particle of $1 μC$ placed in a magnetic field of $1 Tesla$ is [[1]] $N$ .

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Detailed Solution

The force acting on a stationary charged particle of

1 μC

placed in a magnetic field of

1 Tesla

is

0 N

.
Magnetic field is the region in which an electric charge experiences magnetic influence. Due to the magnetic field, the moving charges experience force acting on them. The direction of force is perpendicular to the velocity and to the magnetic field.
The force is given by

F = q (v \times B)

⇨

F = qvB

From this we get that force depends on the speed. Here, the particle is stationary, i.e.,

v = 0

So, the force acting on the particle is

0 N

.

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The force acting on a stationary charged particle of 1 μC placed in a magnetic field of 1 Tesla is [[1]] N.