A thin plastic spherical shell with radius 5 cm has a charge Q = 3 e (where e is the charge of a proton) distributed evenly over its surface. At the center of the hole is a point charge q = -3 e. What would be the force on a point charge of 1.8 e displaced < 0, 2.8, 0> cm from the point charge q? o<0, -6.2e+13, O > N o<0, 1.6e-24, 0 > N o<0, -1.6e-24, 0 > N O< 0, -1.6e-28, 0 > N O< 0,-1.8e-34, 0 > N
A thin plastic spherical shell with radius 5 cm has a charge Q = 3 e (where e is the charge of a proton) distributed evenly over its surface. At the center of the hole is a point charge q = -3 e. What would be the force on a point charge of 1.8 e displaced < 0, 2.8, 0> cm from the point charge q? o<0, -6.2e+13, O > N o<0, 1.6e-24, 0 > N o<0, -1.6e-24, 0 > N O< 0, -1.6e-28, 0 > N O< 0,-1.8e-34, 0 > N
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A thin plastic spherical shell with radius 5 cm has a charge Q = 3 e (where e is the charge of a proton) distributed evenly over its surface. At the center of the hole is a point charge q =
-3 e.
What would be the force on a point charge of 1.8 e displaced < 0, 2.8, 0 > cm from the point charge q?
q
O< 0, -6.2e+13, 0 > N
O< 0, 1.6e-24, 0 > N
O< 0, -1.6e-24, 0 > N
O< 0, -1.6e-28, 0 > N
< 0,-1.8e-34, 0 > N
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