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Induced Charges

Each of two l...

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Each of two large conducting parallel plates has one sided surface area A. If one of the plates isgiven a charge Q whereas the other is neutral,then the electric field at a point in between the plates is given by_{

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Q. Two conducting plates X and Y, each with a large surface area A (on one side), are placed parallel to each other, as shown in the figure (30-E7). Plate X is given a charge Q, whereas the other is kept neutral. Find (a) the surface charge density at the inner surface of plate X (b) the electric field at a point to the left of the plates (c) the electric field at a point in between the plates and (d) the electric field at a point to the right of the plates.

Q. Two conducting plates

X

Y

, each having large surface area

A

(on one side), are placed parallel to each other as shown in figure. The plate

X

is given a charge

Q

whereas the other is neutral. Find

(a) the surface charge density at the inner surface of the plate

X

(b) the electric field at a point to the left of the plates,

(c) the electric field at a point in between the plates and

(d) the electric field at a point to the right of the plates

Q. Two large, parallel conducting plates are placed close to each other. The inner surfaces of the two plates have surface charge densities

+ σ

- σ

. The other surfaces are without charge. The electric field has a magnitude of :

Q. Two large conducting plates are placed parallel to each other with a separation of

2.00 c m

between them. An electron starting from rest near one of the plates reaches the other plate in

2.00

microseconds. Find the surface charge density on the inner surfaces.

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