What is the electrostatic force on the Y charge?

AI Thread Summary
The discussion centers on calculating the electrostatic force on charge Y, which is part of an equilateral triangle formed by three charges. Charge X has a value of -2.5 C, charge Y is 3.00 C, and charge Z is 4 C, with each side measuring 0.012 m. The user has attempted to calculate the forces Fxy and Fzy but is unsure about the angles and has not reached the correct answer. Other participants suggest treating the forces as vectors and recommend sharing the user's calculations for further assistance. The thread emphasizes the importance of understanding the geometry of the problem and proper categorization in physics forums.
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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