Find Force of Multiple Charges on Origin Charge Q

AI Thread Summary
To find the force exerted on an origin charge Q by multiple charges positioned along the x and y axes, one must utilize vector addition to calculate the net force. While there are no shortcuts for this calculation, exploiting symmetries in the charge arrangement can simplify the process. If symmetry is absent, detailed vector algebra and projections are necessary to arrive at the correct answer. The discussion highlights the importance of methodical vector analysis in solving these types of problems. Ultimately, understanding the arrangement and interactions of the charges is crucial for accurate calculations.
Gift Sama
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what are the generalised and more quicker ways of finding Force that multiple charges (4 charges along the y-axis and x-axis at most) exert on the origin charge Q. i have used a cartesian plane to try solve for the vectors but seem to not get to the right answer.
 
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there's no "fast" way. you need to exploit all the symmetries you have, if you have no symmetry you just have to grind out the vector algebra and projections
 
Gift Sama said:
what are the generalised and more quicker ways of finding Force that multiple charges (4 charges along the y-axis and x-axis at most) exert on the origin charge Q. i have used a cartesian plane to try solve for the vectors but seem to not get to the right answer.

Using vector addition along x-axis and y-axis ?
 
Qwertywerty said:
Using vector addition along x-axis and y-axis ?
yes with the aim of calculating the net force all charges exert on the origin charge
 
yes with the aim of calculating the net force all charges exert on the origin charge
So what's your problem since you have got the way to solve it?
 
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