The electric potential energy of a positively charged particle increases when it moves to a point of higher potential
The electric potential energy of a negatively charged particle increases when it moves to a point of lower potential
The electric potential energy of a positively charged particle decreases when it moves to a point of higher potential
The work done in taking a charged particle around a closed path in an electric field is zero.
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The correct answer should be C because the electric potential energy of a positively charged particle always increases when it moves to a point of higher potential, not decreases.
it increase actually an electric field moves from a region of higher potential to lower potential and a positive test charge moves with this electric field so no work is done but if it's moving to a higher potential then it's against the electric field thus work is been done to move it
option A and C contrast with eachother but B is the answer
Read ur books past questions alone will not save youðŸ˜
my school look into this pls
