The electric field versus distance graph is shown as given. Select the correct statement from the following.
E – electric field, R – radius, r – distance from the centre
Show Hint
For a uniformly charged solid sphere: \( E \propto r \) inside and \( E \propto \frac{1}{r^2} \) outside. This is a standard graph pattern.
The graph shows the variation of the electric field intensity with distance from the centre of a uniformly charged conducting ring of radius R.
The graph shows the variation of the electric field intensity with distance from the centre of a uniformly charged non-conducting solid sphere of radius R.
The graph shows the variation of the electric field intensity with distance from the centre of a uniformly charged conducting solid sphere of radius R.
The graph shows the variation of the electric field intensity with distance from the centre of a uniformly charged non-conducting cylinder of radius R.
