The unit Electric field has got 60 periods.
- Electrostatic force (15 periods)
- Electrostatic force between two charges
- Coulomb's law
- Electric field intensity
- Electric field lines
- Around a point charge
- Around two point charges
- Between two charged parallel plates
- Field intensity of a point due to a point charge
- Graphical representation of the variation of field intensity
- Flux model (15 periods)
- Electric flux
- Gauss's theorem
- Finding electrostatic field intensities using Gauss's theorem
- Around a point charge
- Near an infinite charge plate
- Around a charged conducting sphere
- Outside the sphere
- On the surface of the sphere
- Inside the sphere
- Field intensity at a distance r from an infinitely long charged thin wire
- Electrical potential (15 periods)
- Definition of potential at a point in an electrostatic field
- Potential at a point due to a point charge (derivation is not necessary) \[V = \frac {1}{4\pi\epsilon} \frac {Q}{r} \]
- Potential at a point due to distribution of point charges
- Potential difference between two points
- Work done in moving a charge across a potential difference
- Potential energy of a charge in an electric field
- Potential energy of a system with two charges
- Potential gradient
- Relationship between potential gradient and electric field intensity
- Equipotential surfaces
- Equipotential surfaces in different fields
- Near a point charge
- Near like point charges
- Near unlike point charges
- Electric capacitance (15 periods)
- Definition of capacitance
- Parallel plate capacitor
- Derivation of the equation, \[C = \frac {k \epsilon_\circ A}{d} \]
- Capacitance of a spherical conductor (spherical capacitors are not included)
- Combination of capacitors
- Series combination
- Parallel combination
- Energy stored in a charged capacitor
- Derivation of expression of energy
- Distribution of charges on conductors having different shapes
- Point discharge (corona discharge)
To view syllabus of other units, click here.
No comments:
Post a Comment