A capacitor consists of two concentric spherical shells (inner radius a and outer radius b). The inner shell is at a potential of Vo and the outer shell is grounded. The dielectric between the two shells has the permittivity of E. a) Using Laplace's equation, determine the potential distribution in the space between two shells.
A capacitor consists of two concentric spherical shells (inner radius a and outer radius b). The inner shell is at a potential of Vo and the outer shell is grounded. The dielectric between the two shells has the permittivity of E. a) Using Laplace's equation, determine the potential distribution in the space between two shells.
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radius a and outer radius b). The inner shell is at a potential
of V₁ and the outer shell is grounded. The dielectric between
the two shells has the permittivity of E.
a) Using Laplace's equation, determine the potential
distribution in the space between two shells."
Transcribed Image Text:A capacitor consists of two concentric spherical shells (inner
radius a and outer radius b). The inner shell is at a potential
of V₁ and the outer shell is grounded. The dielectric between
the two shells has the permittivity of E.
a) Using Laplace's equation, determine the potential
distribution in the space between two shells.

Transcribed Image Text:€
Vo a
b
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