Three concentric conducting shells of radii a, b and c are shown in Fig. . Charge on the shell of radius b is Q. If the key K is closed, find the charges on the innermost and outermost shells and ratio of charge densities of the shells. Given that a: b: c=1:2:3. b K (b) Q 9.
Three concentric conducting shells of radii a, b and c are shown in Fig. . Charge on the shell of radius b is Q. If the key K is closed, find the charges on the innermost and outermost shells and ratio of charge densities of the shells. Given that a: b: c=1:2:3. b K (b) Q 9.
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![Three concentric conducting shells of
radii a, b and c are shown in Fig. . Charge on the shell of
radius b is Q. If the key K is closed, find the charges on the
innermost and outermost shells and ratio of charge densities
of the shells. Given that a: b: c=1:2:3.
a
(a)
b
K
Fig.
(b)
9](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0ca8a27d-644a-4385-a830-8e65de3bc167%2F34bf6089-44e7-44cf-9e82-8bba75e57be5%2Fmr3zos_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Three concentric conducting shells of
radii a, b and c are shown in Fig. . Charge on the shell of
radius b is Q. If the key K is closed, find the charges on the
innermost and outermost shells and ratio of charge densities
of the shells. Given that a: b: c=1:2:3.
a
(a)
b
K
Fig.
(b)
9
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