A magnetic field of `8hatkmT` exerts a force of `(4.0hati+3.0hatj)xx10^(-10)N` on a particle having a charge of `5xx10^(-10)C` and going in the `X-Y` plane.Find the velocity of the particle.

A magnetic field of (4.0xx10^-3hatk)T exerts a force (4.0hati+3.0hatj)xx10^-10N on a particle having a charge 10^-9C and moving in the x-y plane. Find the velocity of the particle.

A magnetic field of (4.0xx10^-3hatk)T exerts a force (4.0hati+3.0hatj)xx10^-10N on a particle having a charge 10^-9C and moving in te x-y plane. Find the velocity of the particle.

A magnetic field of (4.0xx10^-3hatk)T exerts a force (4.0hati+3.0hatj)xx10^-10N on a particle having a charge 10^-9C and moving in te x-y plane. Find the velocity of the particle.

A magnetic field of ( 4.0 xx 10^(-3)hatk) T exerts a force ( 4.0hati + 3.0hatj ) xx 10^(- 10) N on a particle having a charge 10^(-9) C and moving in the x-y plane. Find the velocity of the particle.

A magnetic field of (4 xx 10^-3 hatk) T exerts a force of (4hati+3hatj) xx 10^-10 N on a particle having charge of 1 xx 10^-9 C and moving in x-y plane. Find the velocity of the particle.

A magnetic field of (4.0 X10^(-3)vec k) T exerts a force of (4.0veci +3.0vecj x 10^(-10) N on a particle having a charge of 1.0X10^(-9) C and going in the x-y plane. Find the velocity of the particle.

A magnetic field of (4.0 X10^(-3)vec k) T exerts a force of (4.0veci +3.0vecj x 10^(-10) N on a particle having a charge of 1.0X10^(-9) C and going in the x-y plane. Find the velocity of the particle.

A magnetic field of (4.0 X10^(-3)vec k) T exerts a force of (4.0veci +3.0vecj X 10^(-10)) N on a particle having a charge of 1.0X10^(-9) C and going in the x-y plane. Find the velocity of the particle.