physics2
posted by kelly .
Charges are placed on an equilateral triangle (all angles are equal and equal to 60 degrees). The length of each side of the triangle is 5.7 meters. A charge of +7.1 microCoulombs is placed at the bottom corner of the triangle and another charge of +7.1 microCoulombs is placed in the other corner at the bottom of the triangle. Another charge is placed halfway between the two other charges (directly below the other corner of the triangle  see sketch). What does this charge need to be such that the total electric field in the third, unoccupied corner, of the triangle is equal to zero? Answer in microCoulombs.
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