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Conductive wire B The two conductive spherical shells A, B in the figure with internal radii a = 8cm and b = 4cm, respectively, are placed at sufficiently far from each other. The two spheres are connected by a conductive wire. The charge q = +12µC was placed in the center of the left one of the initially uncharged spheres. Find surface charge densities of both spheres. ( = 3) a) OA • OB %3D %3D 84 \cm2 36 cm2 b) CA OB %3D 48 cm2 1 96 cm2 c) OA OB %3D 120 cm- 60 cm- d) OA OB 144 cm2 72 ст- e) TA OB 216 cm- 24 cm-

Conductive wire B The two conductive spherical shells A, B in the figure with internal radii a = 8cm and b = 4cm, respectively, are placed at sufficiently far from each other. The two spheres are connected by a conductive wire. The charge q = +12µC was placed in the center of the left one of the initially uncharged spheres. Find surface charge densities of both spheres. ( = 3) a) OA • OB %3D %3D 84 \cm2 36 cm2 b) CA OB %3D 48 cm2 1 96 cm2 c) OA OB %3D 120 cm- 60 cm- d) OA OB 144 cm2 72 ст- e) TA OB 216 cm- 24 cm-

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Conductive wire The two conductive spherical shells A, B in the figure with internal radii a = 8cm and b = 4cm, respectively, are placed at sufficiently far from each other. The two spheres are connected by a conductive wire. The charge q = +12µC was placed in the center of the left one of the initially uncharged spheres. Find surface charge densities of both spheres. ( = 3) %3D (, OB 1 a) OA με %3D 84 \cm- 36 cm- b) OA OB 96 Cm2 48 cm- c) TA , OB με 120 cm- 60 1. d) OA . OB 144 cm2 72 cm- e) OA . OB 216 cm- 24 cm-
Transcribed Image Text:Conductive wire The two conductive spherical shells A, B in the figure with internal radii a = 8cm and b = 4cm, respectively, are placed at sufficiently far from each other. The two spheres are connected by a conductive wire. The charge q = +12µC was placed in the center of the left one of the initially uncharged spheres. Find surface charge densities of both spheres. ( = 3) %3D (, OB 1 a) OA με %3D 84 \cm- 36 cm- b) OA OB 96 Cm2 48 cm- c) TA , OB με 120 cm- 60 1. d) OA . OB 144 cm2 72 cm- e) OA . OB 216 cm- 24 cm-
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