A particle with charge q, moving with a momentum p, enters a uniform magnetic field normally. The magnetic field has magnitude B and is confined to a region of width d, where `d lt (p)/(Bq)` , The particle is deflected by an angle q in crossing the field. Then

A particle with charge q , moving with a momentum p , enters a uniform magnetic field normally. The magnetic field has magnitude B and is confined to a region of width d , where dlt(p)/(Bq) . If the particle is deflected by an angle theta in crosing the field then

A particle with charge q , moving with a momentum p , enters a uniform magnetic field normally. The magnetic field has magnitude B and is confined to a region of width d , where dlt(p)/(Bq) . If the particle is deflected by an angle theta in crosing the field then

A charged particle enters a uniform magnetic field perpendicular to it. The magnetic field

A charged particle enters a uniform magnetic field perpendicular to it. The magnetic field

A charged particle is moving in a uniform magnetic field. Then ______ .

A charged particle having charge q is moving in a uniform magnetic field B parallel to the lines of field force, the magnetic force acting on a charge will be qvB

A charged particle having charge q is moving in a uniform magnetic field B parallel to the lines of field force, the magnetic force acting on a charge will be qvB

If a charged particle enters perpendicular in the uniform magnetic field then