Ooo template Method of image charges

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SUMMARY

The discussion focuses on the application of the method of image charges for a point charge located between two semi-infinite grounded plane conductors intersecting at a 60-degree angle. The user successfully solves a similar problem involving right-angle conductors but seeks guidance on determining the positions and signs of the image charges for the given configuration. The reference to a specific image charge configuration is made, indicating the need to ensure the correct signs and potentials for all charges involved.

PREREQUISITES
  • Understanding of electrostatics and image charge theory
  • Familiarity with grounded conductors and their behavior in electric fields
  • Knowledge of potential calculations in electrostatics
  • Experience with geometric configurations of conductors in physics
NEXT STEPS
  • Study the method of image charges in non-perpendicular conductor configurations
  • Explore the mathematical derivation of potential due to multiple image charges
  • Learn about the implications of charge sign and placement in electrostatic problems
  • Review examples of image charge problems involving angles other than 90 degrees
USEFUL FOR

Students and professionals in physics, particularly those specializing in electrostatics, as well as educators seeking to enhance their understanding of image charge methods in complex geometries.

schattenjaeger
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Homework Statement


Two semi-infinite grounded plane conductors that intersect at the origin, with an angle of 60 degrees between them. A point charge of q is located some distance from the origin, and bisects the angle between the two conductors, where would the image charges be and what would they be?


Homework Equations


well you got to know the method, I won't explain it in detail


The Attempt at a Solution


Ok, here's the thing, I can solve the simpler similar problem where the conductors are at right angles(ie they intersect at the origin and run along the x and y axis, and the "vacuum" region is in the first quadrant)Based on that solution, I figure the image charges should be locacted... http://www.glenbrook.k12.il.us/gbssci/Phys/Class/refln/u13l2f.html scroll down to the first big picture, about the middle. I figure where I1, I2, and I5 are. But really I'm a bit at a loss, if someone could poke me in the right direction. Is the problem described clearly enough?
 
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The 5 images look right. Just make sure they each have the right sign and add the potential from all six charges.
 

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