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Home » Refer to the arrangement of charges in the figure and a Gaussian surface of radius R with Q at the centre. Then a) total flux through the surface of the sphere is –Q/ε0 b) field on the surface of the sphere is –Q/4πε0R2 c) flux through the surface of the sphere due to 5Q is zero d) field on the surface of the sphere due to -2Q is the same everywhere
Refer to the arrangement of charges in the figure and a Gaussian surface of radius R with Q at the centre. Then a) total flux through the surface of the sphere is –Q/ε0 b) field on the surface of the sphere is –Q/4πε0R2 c) flux through the surface of the sphere due to 5Q is zero d) field on the surface of the sphere due to -2Q is the same everywhere
CBSE | Class 10 | Class 12 | Electric Charges and Fields | Physics
Refer to the arrangement of charges in the figure and a Gaussian surface of radius R with Q at the centre. Then a) total flux through the surface of the sphere is –Q/ε0 b) field on the surface of the sphere is –Q/4πε0R2 c) flux through the surface of the sphere due to 5Q is zero d) field on the surface of the sphere due to -2Q is the same everywhere

The correct options are

a) total flux through the surface of the sphere is –Q/ε0

c) flux through the surface of the sphere due to 5Q is zero

i

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