ElectrostaticsHard
Question
A charge ′q′ is placed at the centre of a conducting spherical shell of radius R, which is given a charge Q. An external charge Q′ is also present at distance R′ (R′ > R) from ′q′. Then the resultant field will be best represented for region r < R by:
[ where r is the distance of the point from q ]
[ where r is the distance of the point from q ]
Options
A.
B.
C.
D.
Solution
Inside the given sphere, there will not be any effect of external electric field. So net electric field will only be due to point charge ′q′ at centre.
∴ Graph is (A)
∴ Graph is (A)
Create a free account to view solution
View Solution FreeMore Electrostatics Questions
The Kirchhoff′s first law (Σ i = 0) and second law (Σ iR = ΣE), where the symbols have their usual ...When charge is given to a soap bubble, it shows...The equation of equipotential line in an electric field is y = 2x, then the electric field strength vector at (1, 2) may...Four charges +Q, −Q, +Q and −Q are situated on the corners of a square then at the centre of square...In a system of two dipoles placed in the way as shown in figure :...