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Volume of Spherical Shell

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ntThree concentric spherical shells have radii a,b,c respectively (a

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Q. Three concentric spherical metallic shells A, B and C of radii

a, b

c (a < b < c)

have surface charge densities

σ, - σ

σ,

respectively.
If

V_{A}, V_{B}

V_{C}

are potential of shells A, B and C, respectively, match the columns

\begin{matrix} Column A & Column B a. V_{A} & i. \frac{σ}{ε_{0}} [\frac{a^{2} - b^{2} + c^{2}}{c}] b. V_{B} & ii. \frac{σ}{ε_{0}} [\frac{a^{2}}{b} - b + c] c. V_{C} & iii. \frac{σ}{ε_{0}} [a - b + c] \end{matrix}

Q. Three concentric spherical shells have radii

a, b

c

(a < b < c)

and have surface charge densities

σ, - σ and σ

respectively. If

V_{A}, V_{B} and V_{C}

denote the potentials of the three shells, then for

c = a + b

Q. Three concentric spherical shells have radii a, b and c(a < b < c) and have surface charge densities

+ σ, - σ, + σ

respectively. If

V_{A}, V_{B}

V_{C}

denote the potentials of three shells, then for c=a+b, we have

Q. Three concentric spherical shells have radii a, b, and c(a < b < c) and have surface charge densities

σ

- σ

σ

respectively. If

V_{A}

V_{B}

V_{C}

denote the potentials of the three shells, then, for c = a + b, we have :

Q. Three concentric metallic spherical shells

A, B

C

a, b

c (a < b < c)

have surface charge densities

- σ, + σ

- σ

respectively. The potential of shell

A

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Volume of Spherical Shell

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