When a charged particle moving with velocity V⇀ is subjected to a magnetic field of induction            B→ the force on it is non-zero, This implies that:

# When a charged particle moving with velocity $\stackrel{⇀}{V}$ is subjected to a magnetic field of induction            $\stackrel{\to }{B}$ the force on it is non-zero, This implies that:

1. A

2. B

3. C

4. D

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### Solution:

When a charged particle q is moving in a uniform magnetic field $\stackrel{⇀}{B}$with velocity$\stackrel{⇀}{V}$    such that angle between ,  then due to interaction between the magnetic field

produced due to moving charge and magnetic field applied, the charge q experiences a force

which is given by

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