Two large thin conducting plates with small gap in between are placed in an uniform electric fie...

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Two large thin conducting plates with small gap in between are placed in an uniform electric field \( E \) which exist in the direction as shown in figure-1.433. Area of each plate is \( A \) and charges \( +Q \) and \( -Q \) are given to those plates as shown in the figure. If points \( R, S \) and \( T \) are three points in space, then which of the following is/are correct :
Figure \( 1.433 \)
(A) field at point \( R \) is \( E \)
(B) field at point \( S \) is \( E \)
(C) field at point \( T \) is \( \left(E+\frac{Q}{\epsilon_{0} A}\right) \)
(D) field at point \( S \) is \( \left(E+\frac{Q}{A \in_{0}}\right) \)
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