A spherical capacitor is made out of a metal sphere of radius "a" and a metallic spherical shell with inner radius "b". A free charge +2 and -2 is distributed over the surfaces of radius a and b, respectively. b X A linear dielectric material with electric susceptibility Xe fills the southern hemisphere only. (a) Calculate the distribution of free and bound charges in the two regions 1 and 2. (b) Calculate the capacitance, C=Q/[V(a)-Vcb)].
A spherical capacitor is made out of a metal sphere of radius "a" and a metallic spherical shell with inner radius "b". A free charge +2 and -2 is distributed over the surfaces of radius a and b, respectively. b X A linear dielectric material with electric susceptibility Xe fills the southern hemisphere only. (a) Calculate the distribution of free and bound charges in the two regions 1 and 2. (b) Calculate the capacitance, C=Q/[V(a)-Vcb)].
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![A spherical capacitor is made out of
a metal sphere of radius "a" and
a metallic spherical shell with
radius "b".
inner
A free charge +2 and -2 is distributed
over the surfaces of radius a and b
respectively.
b
x
+6
#
A linear dielectric material with electric susceptibility Xe fills the
southern hemisphere only.
(a) Calculate the distribution of free and bound charges in
the two regions 1 and 2.
(b) Calculate the capacitance, C= /[V(a)-V(b)]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb712ee53-cda4-4fbf-9bf4-6842d273aff4%2F9357b735-e94b-4db4-b147-bd8d59aa0f5c%2Feiqvp6_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A spherical capacitor is made out of
a metal sphere of radius "a" and
a metallic spherical shell with
radius "b".
inner
A free charge +2 and -2 is distributed
over the surfaces of radius a and b
respectively.
b
x
+6
#
A linear dielectric material with electric susceptibility Xe fills the
southern hemisphere only.
(a) Calculate the distribution of free and bound charges in
the two regions 1 and 2.
(b) Calculate the capacitance, C= /[V(a)-V(b)]
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