The diagram shows an arrangement of identical metal plates placed parallel to each other and the variation of potential between the paltes by dotted lilne. Using the details given in diagram, the equivalent capacitance connected across the plate No. `2` and plate No. `4` is
(Separation between the consecutive plates `=L`, area of each plate `=A`)

Shows an arrangement of identical metal plates paraed parallel to each other. The diagram also shows the variation of potential berween the plates . Using the details given in the diagram, find the equivalent capacitance connected across the battery (sepaaration between the consecutive plates is equal to l and the cross-sectional area of each plate is A). .

Shows an arrangement of identical metal plates paraed parallel to each other. The diagram also shows the variation of potential berween the plates . Using the details given in the diagram, find the equivalent capacitance connected across the battery (sepaaration between the consecutive plates is equal to l and the cross-sectional area of each plate is A). .

The equivalent capacitance between P and Q in the figure is (area of each plate is A and separation between two consecutive plates is d)

Find the equivalent capacitance between Pand Q. Given, area of each plate = A and separation between plates = d .

Find the charge on each plate given area of each plate is A and separation between two consecutive plates is d.

Find the charge on each plate given area of each plate is A and separation between two consecutive plates is d.

Find the equivalent capacitance between A and B . A : area of each plate, d : separation between the plates.

Find the equivalent capacitance between A and B . A : area of each plate, d : separation between the plates.