Question

Maximum value of electric intensity due to a charged sphere is at

Answer 1

is at centre of sphere

Answer 2

Answer:

Concept:

The surface of the charged sphere contains all of the charges. There won't be any charge on a gaussian surface if one is drawn inside the sphere. As a result, there is no electric field present inside of a sphere.

Explanation:

• One can easily apply Gauss' law to determine the electric field of a point charge Q.
• The electric field is directed outward and has the same magnitude at every point of a sphere-shaped Gaussian surface with radius r.
• The electric flux is then simply the electric field multiplied by the sphere's surface area.

Hence, the maximum value of electric intensity lies on the surface of charged sphere.

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