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Introducing Flux

A charge of 1...

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A charge of 1 C is located at the center of the sphere of radius 10 cm and a cube of side 20 cm. The ratio of outgoing flux through the sphere and th cube is.

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1 C

is located at the centre of a sphere of radius

10 cm

whose centre coincides with that of a cube of side

20 cm

. The ratio of the outgoing flux from the sphere to the outgoing flux from the cube will be

Q. Eight charges

1 μ C, - 7 μ C, - 4 μ C, 10 μ C

2 μ C, - 5 μ C, - 3 μ C

6 μ C

are situated at the eight corners of a cube of side

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. A spherical surface of radius

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encloses this cube. The centre of the sphere coincides with the centre of the cube. Then, the total outgoing flux from the spherical surface (in units of

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Q. Eight charges, 1 μC,-7 μC,-4 μC,10 μC,2 μC,-5 μC,-3 μC and 6 μC are situated at the eight corners of the cube of side 20

c m

. A spherical surface of 80

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radius encloses this cube. The centre of this sphere coincides with the center of the cube. Then, the total ongoing flux from the spherical surface (in units of

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Q. Four identical spheres each of radius

10

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1

k g

each are placed on a horizontal surface touching one another so that their centers are located at the corners of square of side

20

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What is the distance of their center of mass from center of either sphere?

Q. The flux of the electric field due to charges distributed in a sphere of radius

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10

Vm. What will be the electric flux, through a concentric sphere of radius

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