What is the electrostatic force on the Y charge?

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Homework Help Overview

The problem involves calculating the electrostatic force on a charge (Y) situated in an equilateral triangle configuration with two other charges (X and Z). The charges are specified as -2.5 C for X, 3.00 C for Y, and 4 C for Z, with a distance of 0.012 m between each charge.

Discussion Character

  • Exploratory, Assumption checking, Problem interpretation

Approaches and Questions Raised

  • The original poster attempts to calculate the forces Fxy and Fzy but encounters difficulties with the results and the angles involved. Some participants suggest treating the electrostatic forces as vectors, considering both magnitude and direction.

Discussion Status

The discussion is ongoing, with participants exploring the setup of the problem and questioning the calculations made by the original poster. There is an invitation for the original poster to share their work for further analysis, indicating a collaborative approach to understanding the problem.

Contextual Notes

There is a note that the problem may have been posted in an incorrect forum category, suggesting a potential misunderstanding of the problem's complexity level.

LanaArwen
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First off idk if this is the right topic to post in but I've been at this problem for hours and I have no idea how to solve it.

Three metal spheres are situated in positions forming and equlateral triangle with sides of 0.012 m. X has a charge of -2.5 C. Y has a charge of 3.00 C. Z has a charge of 4 C. Calculate the electrostatic force on the Y charge.

I have tried calculating Fxy and Fzy and adding those values together but i get the wrong answer. I also have no idea of the angle
 
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LanaArwen said:
First off idk if this is the right topic to post in but I've been at this problem for hours and I have no idea how to solve it.

Three metal spheres are situated in positions forming and equlateral triangle with sides of 0.012 m. X has a charge of -2.5 C. Y has a charge of 3.00 C. Z has a charge of 4 C. Calculate the electrostatic force on the Y charge.

I have tried calculating Fxy and Fzy and adding those values together but i get the wrong answer. I also have no idea of the angle

What don't you understand about equilateral triangles? :frown:

Since you know the location of each charge relative to one another, the electrostatic force between them should be treated like a vector: magnitude and direction.
 
Hello Lana, welcome to PF :smile:
LanaArwen said:
I have tried calculating Fxy and Fzy
Cold you post your work ? we might be able to see where it goes wrong -- if at all (book answers aren't always the right answers!)
 
For future reference, this belongs in Introductory Physics, not Advanced.
 

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