A thin spherical shell encloses a concentric solid sphere. The radius of the shell is (0.060)^{ \frac{1}{2}} {m} and its surface charge density is -10^{-6} {C} \/ {m}^{2} . The radius of the solid sphere is (0.01)^{ \frac{1}{3}} {m} and its volumetric charge density is 3 \times 10^{-5} {C} \/ {m}^{3}, \\in_{0} is the permittivity of free space in {C}^{2} \/ {Nm}^{2} . The electric flux through a spherical surface concentric with the spherical shell and of radius greater than that of the shell in {V}- {m} is,

Correct Answer is : 1.6π×10−7∈0

{0.4 \\pi\times 10^{-7}}/{\\in_{0}}

{0.8 \\pi\times 10^{-7}}/{\\in_{0}}

{1.2 \\pi\times 10^{-7}}/{\\in_{0}}

{1.6 \\pi\times 10^{-7}}/{\\in_{0}}

TS EAMCET 5 May 2018 Shift 2 Solved Paper

Section: Physics

Question : 105 of 160

Marks: +1, -0

A thin spherical shell encloses a concentric solid sphere. The radius of the shell is (0.060)

m and its surface charge density is −10−6C∕m2. The radius of the solid sphere is (0.01)

m and its volumetric charge density is 3×10−5C∕m3,∈0 is the permittivity of free space in C2∕Nm2. The electric flux through a spherical surface concentric with the spherical shell and of radius greater than that of the shell in V−m is,

0.4π×10−7
∈0
0.8π×10−7
∈0
1.2π×10−7
∈0
1.6π×10−7
∈0

Validate

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