In Unit 1, we'll dive into the fascinating world of electric force, which affects all objects that have something called charge. Unlike gravity, which pulls things together, electric force can either attract or repel objects, leading to different effects. This understanding will be really helpful for you to grasp how electrostatics play a crucial role in everyday devices like photocopiers, defibrillators, printers, as well as in industries like television, radio, and radar.
In the following units, we'll build upon your knowledge of electric charges and force, and explore how they come into play in electric circuits. We'll also learn about the connection between the motion of electric charges and the creation of magnetic fields.
Physicists, just like you, often use representations and models to understand and explain things in their field. In Unit 1, we'll give you plenty of opportunities to create and use visual representations. These visuals will help you grasp the relationships between different factors that describe how objects or systems move.
In this unit, we'll also focus on making sure you can connect different graphical representations to the same real-life situations. It's not just about creating or using one graph, but about recognizing when different graphs represent the same thing. This deeper understanding of concepts comes with practice, so we'll give you lots of chances to work on it.
Furthermore, we'll challenge you to identify which fundamental laws, definitions, or mathematical relationships apply to specific situations. It's an important problem-solving skill to know which approach or technique to use. Throughout the unit, we'll provide practice and challenges to help you develop this critical skill.
1.1 Electric Charge and Coulombs Law: In this topic, we'll cover the basics of charge, and introduce the concepts of electrostatic force and electric potential difference.
1.2 Electric Fields & Electric Potential: Next, we'll explore different types of electric fields and their behaviors, as well as introduce a mathematical equation to describe electric fields.
1.3 Point Charges - Fields & Potentials: We'll also see how electric fields and potential energy/work relate, both mathematically and conceptually.
1.4 Gauss' Law: For this topic, we'll discuss flux in relation to electric fields. There will be mathematical, graphical, and conceptual representation of flux for both, magnetic fields and electric fields.
1.5 Other Charge Distributions - Fields & Potentials: Lastly, we'll combine what we've learned from units 1.1-1.4 and develop more advanced problem-solving techniques.
So get ready to dive into Unit 1, where you'll explore visual representations, connect graphs to real-life scenarios, and enhance your problem-solving abilities!
Information courtesy of CED. Written with the help of ChatGPT.