Electric Force on a charged particle placed in field

Electric Field: Introduction | Force on charged particle due to field | Field due to point charge | E vs X plots

Assertion: Power of a magetic force on a charged particle is always zero. Reason: Power of electric force on charged particle cannnot be zero.

Assertion(A): Total work done by non-unifrom electric field on a charged particle starting from rest to any time is non-negative (Assume no other forces act on the charged particle) Reason(R ):the angle between electrostatic force and velocity of the charged particle released from rest in non-uniform electric field is always acute. (Assume no other forces act on the charged particle)

Total electric force on an electric dipole placed in an electric field of a point charge is :

Assertion : Electric field produced by a variable magnetic field can't exert a force on a charged particle. Reason : This electric field is non-conservative in nature.

Assertion(A):Two partical of same charge projected with different velocity normal to electric field experience same force Reason (R ) : A charged particle experience force indpendent of velocity in electric force. Reason (R ): A charged paricle experiences force, independent of velocity in electric fields.

Questions|Force On A Charged Particle In Electric Field|Motion Of Charged Particle In Electric Field|Questions

Force acting on a moving charged particle in a region of electric and magnetic fields is called

STATEMENT-1 : If a charge particle enters into a uniform electric field, then its path must be straight line. and STATEMENT -2 : Electrostatic force on a positive charge particle is always in the direction of electric field.