A small sphere of charge q = 5 [C] hangs by a thin wire between two parallel infinite plates of charge separated by a distance d = 75 [cm]. The plates are insulating and have charge densities to and-o. At the equilibrium, the sphere is exposed to an electric force of magnitude Felectric = 2.01 x 10-5 [N]. Plate-1 Plate-2 1| 21 3. Enet to = d = 0 q Which of the plates carries the positive charge density to? Find the net electric field vector (Enet) between the two plates ]¡[N/C] Find the value of the charge density +o. [C/m²]
A small sphere of charge q = 5 [C] hangs by a thin wire between two parallel infinite plates of charge separated by a distance d = 75 [cm]. The plates are insulating and have charge densities to and-o. At the equilibrium, the sphere is exposed to an electric force of magnitude Felectric = 2.01 x 10-5 [N]. Plate-1 Plate-2 1| 21 3. Enet to = d = 0 q Which of the plates carries the positive charge density to? Find the net electric field vector (Enet) between the two plates ]¡[N/C] Find the value of the charge density +o. [C/m²]
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