Electricity, The Basics: Charges, Forces & Fields (Physics)

Based on the outline provided for the course "Electric Charges, Electric Forces and Electric Fields," here is a detailed breakdown of the topics covered in each section along with a brief explanation of what each lecture or exercise entails:

SECTION 1: Electric Charges

1. Introduction: A general overview of what electric charges are and their importance in the field of physics.
2. What is a charge?: Exploring the concept of electric charge, its nature, and types (positive and negative).
3. Quantifying a charge: Learning how to measure electric charge using Coulomb as the unit of measurement.
4. Conservation of charge: Understanding that electric charge cannot be created or destroyed, only transferred.
5. Interactions between charges: Investigating how charges interact with each other and the forces involved.
6. Electric currents: Exploring the movement of charges through a conductor.
7. Conductors and insulators: Discussing materials that can and cannot conduct electric charge.
8. Static electricity magic: the aluminium can: A practical demonstration of static electricity and its effects on a charged aluminium can.
9. Static electricity magic: the soap bubble: Exploring the formation of soap bubbles under static electric fields.
10. Full definition of an electric charge: Summarizing and solidifying the understanding of what an electric charge is.
11. Electric charges - quiz video: Testing knowledge on the topics covered in this section through a quiz format.

SECTION 2: Coulomb’s Law (Electric Forces)

1. Introduction: Setting up the context for understanding electric forces.
2. Lesson: A detailed explanation of Coulomb's Law, which describes the electrostatic force between two point charges.
3. Exercise 1 – Direct application of Coulomb’s Law: Applying Coulomb's Law to solve problems involving two charges.
4. Exercise 2 – Position of balance between two charges: Finding the equilibrium position for two charged particles.
5. Episode 4: Exercise 3 – Coulomb’s law in 2 Dimensions: Extending the application of Coulomb's Law to two-dimensional scenarios.
6. Exercise 4 - Exam level Problem: Solving an advanced problem that could appear on an exam, involving multiple charges and their forces.

SECTION 3: Electric Fields

1. Introduction: Introducing the concept of the electric field and its significance.
2. What is an electric field?: Defining the electric field and its relationship with electric forces.
3. Electric field strength (part 1): Discussing how to calculate the strength of an electric field.
4. Electric field strength (part 2): Continuing the discussion on calculating the electric field strength, possibly with practical applications.
5. Exercise 1 – Charged sphere in an electric field: Analyzing the electric field around a charged sphere.
6. Exercise 2 – Electric field of a proton in an hydrogen atom: Calculating and understanding the electric field generated by a proton in a hydrogen atom.
7. Exercise 3 – Deriving Coulomb’s Law from electric fields.: Using the concept of electric fields to derive Coulomb's Law.
8. Electric field strength vectors in 1D: Visualizing and working with electric field vectors in one dimension.
9. Exercise 4 – Position of balance between 2 electric charges: Determining the point at which two electric charges will balance each other out.
10. Electric field strength vectors in 2D: Exploring the complexity of electric fields in two dimensions.
11. Exercise 5 – Multiple electric fields in 2 dimensions.: Solving problems involving multiple electric fields overlapping in two dimensions.
12. Electric field lines: Understanding how to represent electric fields using field lines.
13. Radial & uniform fields: Investigating electric fields that are uniform and radiate out from a point or charged object symmetrically.
14. Exercise 6 – Motion of a charge between two charged parallel plates: Analyzing the motion of a charge placed between two charged parallel plates, which can lead to interesting phenomena like dielectric breakdown.

This course provides a comprehensive understanding of electric charges, the forces they exert on each other, and how these forces manifest as electric fields. The combination of theoretical explanations, practical exercises, and quizzes ensures a solid grasp of the fundamental concepts in electromagnetism.