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Electric Potential/Equipotential

Please show all work and show all equations used and diagrams, etc. etc. so I understand completely please.

1) A metal sphere carries a charge 5*10^-9C and is at potential 0f 400V, relative to the potential far away. the potential at the center of the sphere is:

2) A 5cm radius isolated conducting sphere is charged so its potential is +100V relative to the potential far away. The charge density on the surface is:

3) A conductinf sphere has charge Q and its electric potential is V, relative to the potential far away. the charge is doubled to 2Q, the potential is:

4) The potential difference between its ends of a 2m stick that is parallel to a uniorm electric field is 400V. The magnitude of the electric field is:

5) The work required to carry a particle with charge of 6C from 5V eqipotential surface to a 6V eqipotential surface and back again to the 5V surface is:

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Solution Summary

The expert examines electric potential and equipotentials. The charge density on the surfaces are determined. The potential difference between its ends of a 2m stick that is parallel to a uniorm electric field is 400V is analyzed.

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