A solid metallic sphere of radius a carries total charge Q No other charges are nearby The electric field just outside its surface is ke Q a 2 radially outward At this close point, the uniformly charged surface of the spher looks exactly like a uniform flat sheet of charge Is the electric field here given by 0 or by 2 0

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Question: A solid metallic sphere of radius a carries total charge Q . No other charges are nearby. The electric field just outside its

A solid metallic sphere of radius

"

"

carries total charge Q

.

No other charges are nearby. The electric field just outside its surface is ke

.

/

2

radially outward. At this close point, the uniformly charged surface of the spher looks exactly like a uniform flat sheet of charge. Is the electric field here given by

\frac{}{} 0

or by

\frac{}{2 0} ?

A solid metallic sphere of radius " a " carries

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