A charged particle of mass 1.10 10-2 kg and charge +1.60 10-5 C moves from equip

Question

A charged particle of mass 1.10 10-2 kg and charge +1.60 10-5 C moves from equipotential surface A, at a potential of 5800 V, to equipotential surface B, at a potential of 8200 V, under the influence of the existing electric field and an applied force. If the particle has a speed of 1.90 m/s on surface A and arrives at surface B with a speed of 1.90 m/s, how much work is done by the outside force in moving the particle from A to B? (This work is positive if energy is gained by the particle from interaction with the force and negative if energy is lost.)

Explanation / Answer

3.84*10^-2 J

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