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See the 3 charges arranged in an equilateral triangle below. Each charge has a magnitude of 3 nC, and are separated on each side by 0.5 meters. Calculate the net electric field in component form at the location of the black point ( 0.25 meters from each of the right and left charges). The x-component of the net electric field is . The y-component of the net electric field is

See the 3 charges arranged in an equilateral triangle below. Each charge has a magnitude of 3 nC, and are separated on each side by 0.5 meters. Calculate the net electric field in component form at the location of the black point ( 0.25 meters from each of the right and left charges). The x-component of the net electric field is . The y-component of the net electric field is

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See the 3 charges arranged in an equilateral triangle below. Each charge has a magnitude of 3 n C , and are separated on each side by 0.5 meters.
Calculate the net electric field in component form at the location of the black point ( 0.25 meters from each of the right and left charges).
The x -component of the net electric field is [ Select ] ◻ .
The y -component of the net electric field is [ Select ] ◻

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