Two flat conducting plates are arranged parallel to each other with on

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Two flat conducting plates are arranged parallel to each other with one on the left and one on the right. The plates are circular with a radius R and are separated by a distance L with L being much smaller than R(L << R). The charge on the left plate is negative (−Q) and the plate on the right is positive (+Q). What is the electric field in the gap between the plates? 2Q 4ϵoπL2 pointing to the right. Q ϵoπR2 pointing to the right. Q ϵoπR2 pointing to the left. 2Q 4ϵoπL2 pointing to the left.

Two flat conducting plates are arranged parallel to each other with one on the left and one on the right. The plates are circular with a radius R and are separated by a distance L with L being much smaller than R(L

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Two flat conducting plates are arranged parallel to each other with one on the left and one on the right. The plates are circular with a radius

R

and are separated by a distance

L

with

L

being much smaller than

R (L << R)

. The charge on the left plate is negative

(- Q)

and the plate on the right is positive (+Q). What is the electric field in the gap between the plates?

\frac{2 Q}{4 ϵ_{o} π L^{2}}

pointing to the right.

\frac{Q}{ϵ_{o} π R^{2}}

pointing to the right.

\frac{Q}{ϵ_{o} π R^{2}}

pointing to the left.

\frac{2 Q}{4 ϵ_{o} π L^{2}}

pointing to the left.

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