Each of the three plates shown in figure has an area of 200 cm^2 on one side and the gap between the adjacent plates is 0.2 mm. The emf of the battery is 20V. Find the distribution of charge on various surfaces of the plates. What is the equivalent capacitance of the system between the terminal points?

Each of the plates shown in figure ( 31- E19 ) has serface area (96/epsilon_0)xx 10 ^(-12) Fm on one side and the seperation between the consecutive plates is 4.0 mm. The emf of the bettery connected is 10 volts . Find the magnitude of the charge supplied by the bettery to each of the plates connected to it .

Each of the plates shown in figure ( 31- E19 ) has serface area (96/epsilon_0)xx 10 ^(-12) Fm on one side and the seperation between the consecutive plates is 4.0 mm. The emf of the bettery connected is 10 volts . Find the magnitude of the charge supplied by the bettery to each of the plates connected to it .

Each of the plates shown in figure ( 31- E19 ) haas serface area (96/epsilon_0)xx 10 ^(-12) Fm on one side and the seperation between the consecutive plates is 4.0 mm. The emf of the bettery connected is 10 volts . Find the magnitude of the charge supplied by the bettery to each of the plates connected to it .

Find out equivalent capacitance between A and B. (take each plate Area = A)

Find out equivalent capacitance between A and B. (take each plate Area = A)

Find out equivalent capacitance between A and B. (take each plate Area = A)

In the following figures, area of each plate is A and d is separation between adjacent plates. Find the capacitance of system between points A and B .

In the following figures, area of each plate is A and d is separation between adjacent plates. Find the capacitance of system between points A and B .