Three point charges are placed at the vertices of an equilateral triangle of side length 0.6 meters. Two of the point charges have equal charge of + 40 μC. The other point charge is - 30 μC. How much work must be done to move the negatively charged particle from its location at the vertices of the triangle to a point midway between the two positive charges? W = Joules
Three point charges are placed at the vertices of an equilateral triangle of side length 0.6 meters. Two of the point charges have equal charge of + 40 μC. The other point charge is - 30 μC. How much work must be done to move the negatively charged particle from its location at the vertices of the triangle to a point midway between the two positive charges? W = Joules
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Transcribed Image Text:Three point charges are placed at the vertices of an equilateral triangle of side length 0.6 meters. Two of
the point charges have equal charge of + 40 μC. The other point charge is - 30 µC. How much work must be
done to move the negatively charged particle from its location at the vertices of the triangle to a point
midway between the two positive charges?
W =
Joules
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