Electrostatic force on nonlinear charges

AI Thread Summary
The discussion revolves around calculating the electrostatic force on a top charge in a given configuration. Participants suggest breaking down the forces into components, specifically Fabx and Fbcx, to find the correct answer in Newtons. However, there is a consensus that while the approach is correct, the execution may be flawed. Clarifications on vector addition and the proper application of Coulomb's law are emphasized as essential for accurate calculations. Overall, the conversation highlights the importance of methodical problem-solving in electrostatics.
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What is the strength of the electrostatic
force on the top charge? Answer in units of N.

I tried breaking it down into components of Fabx + Fbcx ect. but I still don't get a correct answer. Is there a different approach I should take? Any help would be greatly appreciated.
 
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You're using the right approach - but you're just not executing it properly.
 
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