find (a) the free charge on the capacitor plates, (b) the electrical field in the dielectric, and (c) the induced charge on the dielectric surfaces.

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57. For a TeflonTM-filled, parallel-plate capacitor, the area
of the plate is 50.0 cm² and the spacing between the plates
is 0.50 mm. If the capacitor is connected to a 200-V battery,
find (a) the free charge on the capacitor plates, (b) the
electrical field in the dielectric, and (c) the induced charge
on the dielectric surfaces.
Transcribed Image Text:57. For a TeflonTM-filled, parallel-plate capacitor, the area of the plate is 50.0 cm² and the spacing between the plates is 0.50 mm. If the capacitor is connected to a 200-V battery, find (a) the free charge on the capacitor plates, (b) the electrical field in the dielectric, and (c) the induced charge on the dielectric surfaces.
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