Point charge #1 has 0.00336 C charge and is located at coordinate (-12.9,0), point charge #2 has 0.00209 C charge and is located a coordinate (-1.02,0), and point charge #3 has 0.00622 C charge and is located at coordinate (14.8,0). If these three charges are the ones interacting, what is x-component of the total force exerted on charge #3 in Newtons? The coordinates are given in meters. Romoml of vootoro non ho ther poci intivo Hint: drow a diogram to visualize the geometry
Point charge #1 has 0.00336 C charge and is located at coordinate (-12.9,0), point charge #2 has 0.00209 C charge and is located a coordinate (-1.02,0), and point charge #3 has 0.00622 C charge and is located at coordinate (14.8,0). If these three charges are the ones interacting, what is x-component of the total force exerted on charge #3 in Newtons? The coordinates are given in meters. Romoml of vootoro non ho ther poci intivo Hint: drow a diogram to visualize the geometry
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Transcribed Image Text:Point charge #1 has 0.00336 C charge and is located at coordinate (-12.9,0), point charge #2 has 0.00209 C charge and is located at
coordinate (-1.02,0), and point charge #3 has 0.00622 C charge and is located at coordinate (14.8,0). If these three charges are the only
ones interacting, what is x-component of the total force exerted on charge #3 in Newtons? The coordinates are given in meters.
Remember that components of vectors can be either positive or negative. Hint: draw a diagram to visualize the geometry.
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