Three charges will be moved from an infinite distance to the corners of a square as shown. The square has sides d = 0.8 m. (B) How much work is required to move the first charge, charge A = 40 mC from an infinite distance to its location? W = Joules How much work is required to move the second charge, charge B = 50 mC from an infinite distance to its location 0.8 meters away from charge A? W = (A) d W = How much work is required to move the third charge, charge C = 65 mC from an infinite distance to its location 0.8 meters away from charge B? U= Joules Joules What is the total Potential Energy preserved by the system of point charges? Joues

Three charges will be moved from an infinite distance to the corners of a square as shown. The square has sides d = 0.8 m. (B) How much work is required to move the first charge, charge A = 40 mC from an infinite distance to its location? W = Joules How much work is required to move the second charge, charge B = 50 mC from an infinite distance to its location 0.8 meters away from charge A? W = (A) d W = How much work is required to move the third charge, charge C = 65 mC from an infinite distance to its location 0.8 meters away from charge B? U= Joules Joules What is the total Potential Energy preserved by the system of point charges? Joues