(Optional) For potential differences less than 10 V, the relative permittivity of the dielectric of an otherwise identical capacitor is found to vary with the magnitude E of the electric field within the dielectric according to the relation E E, = 9.6– 0.8 - E, where E, = 7 kV/ m. Find its capacitance for applied voltages of I V and 2 V. Suggest an application for this capacitor.
(Optional) For potential differences less than 10 V, the relative permittivity of the dielectric of an otherwise identical capacitor is found to vary with the magnitude E of the electric field within the dielectric according to the relation E E, = 9.6– 0.8 - E, where E, = 7 kV/ m. Find its capacitance for applied voltages of I V and 2 V. Suggest an application for this capacitor.
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Transcribed Image Text:(Optional) For potential differences less than 10 V, the relative permittivity of the
dielectric of an otherwise identical capacitor is found to vary with the magnitude E of
the electric field within the dielectric according to the relation
E
E, = 9.6- 0.8.-
–
E,
where E, = 7 kV/ m. Find its capacitance for applied voltages of I V and 2 V. Suggest
an application for this capacitor.
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