A particle with `10^(-11)` coulomb of charge and `10^(-7)kg` mass is moving wilth a velocity of `10^(8)m//s` along the `y`-axis. A uniform static magnetic field `B=0.5` Tesla is acting along the `x`-direction. The force on the particle is

A proton is fired with a speed of 2xx10^(6)m//s at an angle of 60^(@) to the X- axis . If a uniform magnetic field of 0.1 tesla is aplied along the Y- axis, the force acting on the proton is

A charged particle is moved along a magnetic field line. The magnetic force on the particle is

A charged particle is moved along a magnetic field line. The magnetic force on the particle is

A charged particle is moved along a magnetic field line. The magnetic force on the particle is

A charged particle is moved along a magnetic field line. The magnetic force on the particle is

If a particle of charge q is moving with velocity v along the y-axis and the magnetic field B is acting along the z-axis, use the expression vecF=q(vecvxxvecB) to find the direction of the force vecF acting on it.

A particle of charge 16xx10^(-18) coulomb moving with velocity 10m//s along the x- axis enters a region where a magnetic field of induction B is along the y- axis, and an electric field of magnitude 10^1//m^(-1) is along the negative Z- axis. If the charged particle continues moving along the X- axis, the magnitude to B is

A particle of charge q and mass m moving with a velocity v along the x-axis enters the region xgt0 with uniform magnetic field B along the hatk direction. The particle will penetrate in this region in the x -direction upto a distance d equal to