A charged particle of mass m and charge 'q' is projected with a velocity `vec V` into uniform magnetic field of induction `vec B` . The force experienced by the charged particle is

A charged particle of charge (+q) enters a region of uniform magnetic field of inductio overset (rarr) B with a velocity overset (rarr) V. the force experienced by the charged particle is

A charged particle (+q) enters into a uniform magnetic field region of induction B and desribes a circle. The kinetic energy of the charged particle is

The force overset (rarr) F acting on charge 'q' moving with a velocity overset (rarr)V in a magnetic field of induction overset (rarr)B is given by

The area of a coil changes from A to (A+dA) in dt sec in a uniform magnetic field of induction vecB . If R is the resistance of the coil, the charge flowing through the coil is

A charged particle of 1.6 xx 10^- 19 coulomb moves with a velocity of 1.6 xx 10^6 m/s perpendicular to a uniform magnetic field of induction 300 Tesla. Find the magnitude of the force on it.