How Does a Fly Navigate Between Capacitor Plates?

In summary: I honestly tried but I couldn't set up the integrals. I tried to find the potential at point P but I have no clue how would I set up the... integrals.
  • #36
Pranav-Arora said:
EDIT: Looks like I have got the right answer. Equating the above expression for ##\frac{\sigma d \epsilon}{2 \epsilon_0}## and plugging in the values of d and R, I get the right answer which is 21.215.

Thanks a lot for the help everyone! :smile:

Very good!

Try also the method I outlined in #30. Just for fun :)

ehild
 
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  • #37
ehild said:
Try also the method I outlined in #30. Just for fun :)

That's the method I used to solve the problem. Are you talking about #29?
 
  • #38
Pranav-Arora said:
That's the method I used to solve the problem. Are you talking about #29?

No it was #30. Approximating the field far away as that of two points charges.


ehild
 
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