motion of charge particle in electric field#!#elecctric line of force

A charged particle moving in an electric field

Motion of charged particle in combined electric & magnetic field

Which of the following is correct regarding electric lines of force ? (i) Electric lines of force diverge from +ve and converge at a -ve charge (ii) Electric lines of force never cross each other , otherwise there will be two directions of electric field at a point of intersection which is not possible (iii) Closer are the electric lines of forces , stronger is the field , and further apart lines of force ,weaker is electric field (iv) The electric lines of forces are parallel for a uniform electric field

Magnetic force on a moving charge | Motion of charged particle in magnetic field no force, circular motion radius and time period | Helical motion

(a) Which force is independent of the state of rest or of motion of a charged particle: electric or magnetic? (b) Which of the two force is stronger: magnetic force or electric force?

Motion Of Charged Perticle In Uniform Electric Field

Revision |When the charged particle is moving at an angle to the field |Motion of a charged particle in combined electric and magnetic field

If a charge is released in electric field, will it follow lines of force ?

Circular Motion Of A Charged Particle In Electric Field

Assertion: A charge particle is free to move along electric field. It does not move along an electric line of force? Reason: Its initial position decides that it will move along the line of force or nor.