KEY Idea: No CHARGE is enclosed by the HOLLOW INSULATED conducting SPHERE. Charge resides on the outer surface of a conducting hollow sphere of radius R (say). We consider a spherical surface of radius \[r

"> KEY Idea: No CHARGE is enclosed by the HOLLOW INSULATED conducting SPHERE. Charge resides on the outer surface of a conducting hollow sphere of radius R (say). We consider a spherical surface of radius \[r

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A hollow insulated conducting sphere is given a positive charge of \[10\,\mu C\]. What will be the electric field at the centre of the sphere if its radius is 2 m? [AIPMT 1998]

NEET Physics in NEET 1 year ago

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[a] KEY Idea: No CHARGE is enclosed by the HOLLOW INSULATED conducting SPHERE. Charge resides on the outer surface of a conducting hollow sphere of radius R (say). We consider a spherical surface of radius \[r

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