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Non Uniform Electric Field

p.d. between A and B is V and the electric field between A and B is *non* uniform. If a particle of charge Q travels from A to B, what is the energy gained by the particle.

Is the answer VQ even if the field is non uniform?
Original post by esrever
p.d. between A and B is V and the electric field between A and B is *non* uniform. If a particle of charge Q travels from A to B, what is the energy gained by the particle.

Is the answer VQ even if the field is non uniform?

Yes. It only depends on the potential difference
Reply 2
Original post by BobbJo
Yes. It only depends on the potential difference


Thank you for confirming :smile:
Original post by esrever
p.d. between A and B is V and the electric field between A and B is *non* uniform. If a particle of charge Q travels from A to B, what is the energy gained by the particle.

Is the answer VQ even if the field is non uniform?

If you are interested in more (this is outside A level), this is due to the electric field being conservative, i.e the line integral from A to B does not depend on the path taken from A to B.
See here: https://www.topperlearning.com/doubts-solutions/why-electric-field-is-conservative-in-nature-explain-n7mhdguu/
Edit: It seems to want a sign up. It didn't for the first time I clicked. Just use scroll bar and read it without signing up
(edited 5 years ago)
Reply 4
Original post by BobbJo
If you are interested in more (this is outside A level), this is due to the electric field being conservative, i.e the line integral from A to B does not depend on the path taken from A to B.
See here: https://www.topperlearning.com/doubts-solutions/why-electric-field-is-conservative-in-nature-explain-n7mhdguu/


Sure I'll have a look

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