The World Of Positives and Negatives
6.1 - Electrostatic Force
1.Force electro static force between two charges
2.Coulomb's law
3.Electric field intensity
4.Electric field lines
Around a point charge
Around two point charges
Between two charged parallel plates
5.Field intensity of a point due to a point charge
6.Graphical representation of the variation of field intensity
1.Force electro static force between two charges
2.Coulomb's law
3.Electric field intensity
4.Electric field lines
Around a point charge
Around two point charges
Between two charged parallel plates
5.Field intensity of a point due to a point charge
6.Graphical representation of the variation of field intensity
Videos
1
6.2 - Flux Model
1.Electric flux
2.Gauss's theorem
3.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
1.Electric flux
2.Gauss's theorem
3.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
Videos
1
6.3 - Electric Potential
1. Definition of potential at a point in an electrostatic field
2. Potential at a point due to a point charge
3. Potential at a point due to distribution of point charges
4. Potential difference between two points
5. Work done in moving a charge across a potential difference
6. Potential energy of a charge in an electric field
7. Potential energy of a system with two charges
8. Potential gradient
9. Relationship between potential gradient and electric field intensity
10.Equipotential surfaces
11.Equipotential surfaces in different fields
12.Near a point charge
13.Near like point, charges Near unlike
point charges
1. Definition of potential at a point in an electrostatic field
2. Potential at a point due to a point charge
3. Potential at a point due to distribution of point charges
4. Potential difference between two points
5. Work done in moving a charge across a potential difference
6. Potential energy of a charge in an electric field
7. Potential energy of a system with two charges
8. Potential gradient
9. Relationship between potential gradient and electric field intensity
10.Equipotential surfaces
11.Equipotential surfaces in different fields
12.Near a point charge
13.Near like point, charges Near unlike
point charges
Videos
1
6.4 - Electric Capacitance
1. Definition of capacitance
2. Parallel plate capacitor
3. Derivation of the equation
4. Capacitance of a spherical conductor
5. Combination of capacitors
6. Series combination
7. Parallel combination
8. Energy stored in a charged capacitor
9. Derivation of expression for energy
10.Distribution of charges on conductors having different shapes
11.Point discharge (corona discharge)
1. Definition of capacitance
2. Parallel plate capacitor
3. Derivation of the equation
4. Capacitance of a spherical conductor
5. Combination of capacitors
6. Series combination
7. Parallel combination
8. Energy stored in a charged capacitor
9. Derivation of expression for energy
10.Distribution of charges on conductors having different shapes
11.Point discharge (corona discharge)
Videos
1
Past Paper Discussion
Videos
2
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