If a particle of charge `10^(-12)` coulomb moving along the`hat(x)`-direction with a velocity `10^(5)m//s` experiences a force of `10^(-10)` newton in `hat(y)`-direction due to magnetic field. Then the minimum magnetic field is

If particle of charge 10^(-12) coulomb moving along the hatx - direction with a velocity 10^(5)m//s experiences a force of 10^(-10) newton in haty - direction due to magnetic field, then the minimum magnetic field is

The charge is moving along the direction of magnetic field. Then force acting on it is………

Does an electric charge moving along the direction of magnetic field experiecne a force?

An electron beam is projected along +ve x-axis, experiences a force due to magnetic field along y-axis. What is the direction of magnetic field?

A particle having charge q = 10 muC is moving with a velocity of V=10^(6)m//s in a direction making an angle of 45° with positive x axis in the xy plane (see figure). It expe- riences a magnetic force along negative z direction. When the same particle is projected with a velocity v' = 10^(6) m//s in positive z direction, it experiences a magnetic force of 10 mN along X direction. Find the direction and magnitude of the magnetic field in the region.

A beam of a-particles moving along +x axis, experiences a force due to a magnetic field along +y axis.What is the direction of magnetic field?

A charged particle carrying charge q = 1μC moves in uniform magnetic field with velocity v_(1) = 10^(6) m/s at angle 45° with x-axis in x-y plane and experiences a force F_(1)= 5sqrt2mN along the negative z-axis. When the same particle moves with velocity, v_(2) = 10^(6) mis along the z-axis it experiences a force F_(2) in y-direction. Find a) magnitude direction of the magnetic field b) the magnitude of the force F_(2) .