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A spherical capacitor, constructed of two concentric conducting spheres, is filled with an insulating material with a relative permittivity, εr, equal to 4. The inner sphere is held at a potential of 0
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A spherical capacitor, constructed of two concentric conducting spheres, is filled with an insulating material with a relative permittivity, εr, equal to 4. The inner sphere is held at a potential of 0 volts, and the outer sphere is held at a potential of V0 volts. The inner sphere has a radius of ‘a’, and the outer sphere, a radius of ‘b’. Show your work for full credit.

User Uno Mein Ame
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4 votes

Answer:

Step-by-step explanation:

To solve this question for the required equation we will use the parameters listed:

Relative permeability

Inter sphere Potential

Outer sphere Potential

Inter sphere radius

Outer sphere radius

Please kindly go through the attached file for a step by step solution.

A spherical capacitor, constructed of two concentric conducting spheres, is filled-example-1
A spherical capacitor, constructed of two concentric conducting spheres, is filled-example-2
A spherical capacitor, constructed of two concentric conducting spheres, is filled-example-3
User Raoot
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