Curl of electrostatic field vector

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Discussion Overview

The discussion centers on the curl of the electrostatic field vector, particularly in the context of a finite parallel plate capacitor. Participants explore the implications of electrostatic forces being conservative and how this relates to the curl in different regions of the field.

Discussion Character

  • Technical explanation, Conceptual clarification, Debate/contested

Main Points Raised

  • One participant asserts that the curl of the electrostatic field vector is zero and questions the specific case at the edge of a finite parallel plate capacitor.
  • Another participant agrees that the curl is zero, reinforcing the idea that electrostatic forces are conservative and thus have a curl of zero regardless of location.
  • A third participant reiterates the question about the curl at the edge region, suggesting a need for clarification on this specific scenario.

Areas of Agreement / Disagreement

There is a general agreement among participants that the curl of the electrostatic field is zero, but the specific implications at the edge of the capacitor remain a point of inquiry.

Contextual Notes

The discussion does not resolve the implications of the curl at the edge of the finite parallel plate capacitor, leaving assumptions and conditions regarding the field's behavior in that region unaddressed.

Rajeswar Panja
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I know that the curl of electrostatic field vector is zero. I want to know what will be the curl of electrostatic field at the edge region of the finite parallel plate capacitor?
 
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Rajeswar Panja said:
what will be the curl of electrostatic field at the edge region of the finite parallel plate capacitor?
Electrostatic forces are conservative in nature. So, regardless of where the field is, their curl is always zero.
 
Thanks for your reply.
 

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