`X` and `Y` are large, parallel conducting plates close to each other. Each face has an area `A`. `X` is given a charge `Q`. `Y` is without any charge. Points `A,B` and `C` are as shown in the figure. A. The field at `B` is `(Q)/(2epsilon_(0)A)`B. The field at `B` is `(Q)/(epsilon_(0)A)`C. The field at `A,B` and `C` are of the same magnitude.D. The field at `A` and `C` are of the same magnitude but in opposite directions.

`X` and `Y` are large, parallel conducting plates close to each other.

1.	`X` and `Y` are large, parallel conducting plates close to each other. Each face has an area `A`. `X` is given a charge `Q`. `Y` is without any charge. Points `A,B` and `C` are as shown in the figure. A. The field at `B` is `(Q)/(2epsilon_(0)A)`B. The field at `B` is `(Q)/(epsilon_(0)A)`C. The field at `A,B` and `C` are of the same magnitude.D. The field at `A` and `C` are of the same magnitude but in opposite directions.
Answer» Correct Answer - A,C,D `E=(sigma )/(2epsilon_(0))=(q)/(2Aepsilon_(0))` at points `A,B,&C`

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