A parallel plate capacitor has two layers of dielectrons as shown in figure. This capacitor is connected across a battery, then the ratio of potential difference across the dielectric layers is

A parallel plate capacitor has two layers of dielectrics as shown in figure. This capacitor is connected across a battery, then the ratio of potential difference across the dielectric layers is

A parallel plate capacitor has two layers of dielectric as shown in figure. This capacitor is connected across a battery. The graph which shows the variation of electric field (E) and distance (X) from left plate.

A parallel plate capacitor has two layers of dielectric as shown in figure. This capacitor is connected across a battery. The graph which shows the variation of electric field E on y axis and distance x on x-axis from left plate.

In a parallel plate capacitor the separation between plates is 3 x. This separation is filled by two layers of dielectrics, in which on layer has thickness x and dielectric constant 3k , the other layer is of thickness 2x and dielectric constant 5 k . It the plates of the capacitor are connected to a battery , then the ratio of potential difference across the dielectric layers is

In the circuit shown in the figure, calculate the potential difference across the capacitor C.

Five capacitors are connected across a battery of 5V as shown in figure (o). Calculate the potential difference across the plates of the 5muF capacitor.