- #1
gracy
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I thought any two concentric conducting spheres of radii a and b such that a<b form a spherical parallel plate capacitor.But according to my book
A spherical capacitor behaves as a parallel plate capacitor if it's spherical surfaces have large radii and are close to each other.
1)it's spherical surfaces have large radii
2)and are close to each other.
I don't understand how can these two be true at the same time?
I mean if spherical surfaces will be close to each other they won't have larger radii.
A spherical capacitor behaves as a parallel plate capacitor if it's spherical surfaces have large radii and are close to each other.
1)it's spherical surfaces have large radii
2)and are close to each other.
I don't understand how can these two be true at the same time?
I mean if spherical surfaces will be close to each other they won't have larger radii.
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