- INTRODUCTION
- CAPACITANCE OF AN ISOLATED CONDUCTOR
- POTENTIAL ENERGY OR SELF ENERGY OF AN ISOLATED CONDUCTOR
- CAPACITANCE OF AN ISOLATED SPHERICAL CONDUCTOR
- SHARING OF CHARGES ON JOINING TWO CONDUCTORS (BY A CONDUCTING WIRE)
- CAPACITOR
- CIRCUIT SOLUTION FOR R–C CIRCUIT AT t 0 (INITIAL STATE) AND AT t (FINAL STATE)
- DISTRIBUTION OF CHARGES ON CONNECTING TWO CHARGED CAPACITORS
- Derivation of above formulae
- COMBINATION OF CAPACITORS
- Derivation of Formulae
- Parallel Combination
- Mixed Combination
- CHARGING AND DISCHARGING OF A CAPACITOR
- After one time constant
- Method for objective
- CAPACITORS WITH DIELECTRIC
- CAPACITORS WITH DIELECTRIC
- CAPACITORS WITH DIELECTRIC
- OTHER TYPES OF CAPACITORS

A capacitor can store energy in the form of potential energy in an

electric field. In this chapter we'll discuss the capacity of conductors

to hold charge and energy.

Read moreCAPACITANCE OF AN ISOLATED CONDUCTOR

When a conductor is charged its potential increases. It is found that for an isolated conductor (conductor

should be of finite dimension, so that potential of infinity can be assumed to be zero) potential of the

conductor is proportional to charge given to it.

Read moreWork done in charging the conductor to the charge on it against its own electric field or total energy stored

in electric field of conductor is called self energy or self potential energy of conductor

Read moreCAPACITANCE OF AN ISOLATED SPHERICAL CONDUCTOR

Read moreSHARING OF CHARGES ON JOINING TWO CONDUCTORS (BY A

CONDUCTING WIRE)

Read moreA capacitor or condenser consists of two conductors separated by an insulator or dielectric.

When uncharged conductor is brought near to a charged conductor, the charge on conductors

Read moreWhen uncharged conductor is brought near to a charged conductor, the charge on conductors

CIRCUIT SOLUTION FOR R–C CIRCUIT AT t = 0 (INITIAL STATE)

AND AT t = ? (FINAL STATE)

Read moreDISTRIBUTION OF CHARGES ON CONNECTING TWO CHARGED

CAPACITORS

Read moreDerivation of above formulae

Read moreWhen initially uncharged capacitors are connected as

shown then the combination is called series combination

Read moreDerivation of Formulae

Read moreWhen one plate of each capacitors (more than one) is

connected together and the other plate of each capacitor

is connected together, such combination is called parallel

combination

Read moreThe combination which contains mixing of series parallel

combinations or other complex combinations fall in mixed

category

Read moreCharging of a condenser :

(i) In the following circuit. If key 1 is closed then the condenser gets

charged. Finite time is taken in the charging process. The quantity of

Read moreAfter one time constant

Read moreMethod for objective

In any circuit when there is only one capacitor then

Read moreWhen a dielectric fills the space between the plates then molecules having dipole moment align themselves

in the direction of electric field.

Read moreCAPACITORS WITH DIELECTRIC

Read moreCAPACITORS WITH DIELECTRIC

Read moreOTHER TYPES OF CAPACITORS

Spherical capacitor :

This arrangement is known as spherical capacitor

Read more