| Plan of a course | Create a plan of a course |
| Which subject | Physics |
| What age group | Year or Grade 11 |
| What topic | Magnetism and electromagnetism |
| Number of lessons | 7 |
| Split into modules | |
| Add goal and aims | |
| Add intro | |
| Add references | |
| Any other preferences |
The introduction will cover the most fundamental concepts of magnetism, such as magnetic fields, the properties of magnets, and the difference between north and south poles.
This lesson will cover the concept of magnetic fields in depth. Students will learn about the lines of force, the effect of the shape of a magnet on its magnetic field, and the different types of magnetic materials. There will also be an emphasis on how magnetic fields are measured.
This lesson will introduce students to the concept of electromagnetism. They will learn about Faraday's laws of electromagnetic induction and how they relate to generators, transformers, and electromagnets.
This lesson will focus on the interaction between magnetic fields and electrical currents. The students will learn how to calculate the force and torque between a wire carrying current and magnetic fields. Furthermore, they will learn about the relationship between magnetic fields and Ampere's law.
This lesson will focus on the properties of magnetic materials. The students will learn about domains and domain walls and how they can be aligned (magnetization). There will also be an emphasis on ferromagnetic, paramagnetic, and diamagnetic materials.
This lesson will cover the properties of electromagnetic waves, including their speed, wavelength, and frequency. Students will learn about how electromagnetic waves are generated and the different types of electromagnetic waves.
This lesson will cover the applications of magnetism and electromagnetism, such as MRI scanning and Maglev trains. Students will learn how these applications use the properties of magnetic fields and electromagnetic waves to achieve their respective goals.
The conclusion will summarize all the concepts covered in the course and highlight the importance of magnetism and electromagnetism in everyday life. There will be a brief wrap up of what the students have learned about each individual topic and how they are connected.