In Figure the plate `A` has `100 muC` charge, while the plate `B` has `60 mu C` charge.
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When switch `S_(2)` is also closed, then.

In Figure the plate A has 100 muC charge, while the plate B has 60 mu C charge. . When only switch S_(1) is closed , then

In Figure the plate A has 100 muC charge, while the plate B has 60 mu C charge. . When both switches are open, then.

In plate A has 100 muC charge, while plate B has 60 muC charge. a. When both switches are open, then q_(1)="_____" q_(2)="______" q_(3)="______" q_(4)="_______" b. When switch S_(1) is closed, the q_(1)="_____" , q_(2)="______" q_(3)="_______" , q_(4)="_____" c. When switch S_(1) is also closed, then q_(1)="______" q_(2)="______" q_(3)="______" ltbrlt q_(4)="_______" . .

In plate A has 100 muC charge, while plate B has 60 muC charge. a. When both switches are open, then q_(1)="_____" q_(2)="______" q_(3)="______" q_(4)="_______" b. When switch S_(1) is closed, the q_(1)="_____" , q_(2)="______" q_(3)="_______" , q_(4)="_____" c. When switch S_(1) is also closed, then q_(1)="______" q_(2)="______" q_(3)="______" ltbrlt q_(4)="_______" . .

The figure shows an RC circuit with a parallel plate capacitor. Before switching on the circuit, plate A of the capacitor has a charge. -Q_(0) while plate B has no net charge. If at t = 0 , the switch is closed then after how much time (in seconds) will the net charge on plate A becomes zero? [Given : C = 1 mu F, Q_(0) = 1 mC, epsilon = 1000 V and R = (2 xx 10^(6))/(ln 3) Omega]

Three long conducting plates A, B and C having charges +q, -2q , and +q as shown in figure. Here plate A and C are fixed. If the switch S is closed. The middle plate (B) will start moving in

The left plate of the capacitor shown in the figure above carries a charge +Q while the right plate is uncharged at t=0 . The total charge on the right plate after closing the switch will be:

The left plate of the capacitor shown in the figure above carries a charge +Q while the right plate is uncharged at t=0 . The total charge on the right plate after closing the switch will be:

A parallel pate capacitor of capacitance ‘C’ has charge on its plates initially as shown in the figure. Now at the switch ‘S’ is closed. Select the correct alternative (s) for this circuit diagram.