Consider the situation of the previous . If `1.0muC ` is placed on the upper plate instead of the middle , what will be the potential difference between (a ) the upper and middle plates and (b ) the middle and the lower plate?

Consider the situation of the given figure . If 1.0muC is placed on the upper plate , what will be the potential difference between (a ) the upper and middle plates and (b ) the middle and the lower plate? If capacitance of each capacitor is 50 nF.

Consider the situation of the given figure . If 1.0muC is placed on the upper plate , what will be the potential difference between (a ) the upper and middle plates and (b ) the middle and the lower plate? If capacitance of each capacitor is 50 nF.

Consider the arrangement of parallel plates of the previous problem. If 1.0 nC charge is given to the upper plate instead of the middle, what will be the potential difference (in V) between (a) the upper and the middle plates and (b) the middle and the lower plates ? If Capacitance of each plate is 50 nF .

When a metal slab is placed between the charged identical , parallel plates , the potential difference between the plates

Two plates are 1 cm aprt and the potential difference between them is 10 V. the electric field between the plates is

The plates of a parallel-plate capacior are given equal positive charges .What will be the potential difference between the plates ? What will be the charges on the facing surfaces and on the outer surfaces ?

The plates of a parallel-plate capacior are given equal positive charges .What will be the potential difference between the plates ? What will be the charges on the facing surfaces and on the outer surfaces ?

The plates of a parallel-plate capacior are given equal positive charges .What will be the potential difference between the plates ? What will be the charges on the facing surfaces and on the outer surfaces ?