
Authors
Juha Haapola, Lauri Hellsten, Otso Huuska & Panu ViitanenExercises kit’s authors
Juha Haapola, Lauri Hellsten, Otso Huuska & Panu ViitanenPublisher
Included in packages

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The study kit contains 26 chapters and 195 exercises of which 57 are in the chapters and 138 in the task exercises.
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Authors
Juha Haapola, Lauri Hellsten, Otso Huuska & Panu Viitanen -
Exercises kit’s authors
Juha Haapola, Lauri Hellsten, Otso Huuska & Panu Viitanen -
Subject
Physics, natural sciences -
Grade
High school -
Course
PHY7 Electromagnetism and light -
Kit's language
English -
Publisher
e-Oppi Oy -
Included in packages
Resonance 7 covers the 7th module of high school physics (Electromagnetism and Light). The module focuses on electromagnetism as a field where electric and magnetic interactions occur side by side. The course covers time-dependent electromagnetic phenomena, with electromagnetic induction being the most central. It also explores electromagnetic radiation, especially its most familiar form – light. When examining applications based on electromagnetism, the focus is on their role in enabling the development of society.
The learning material is made in accordance with the Finnish upper secondary school curriculum (LOPS2021).
1. Foreword
Lead |
Chapter |
---|---|
1.1. | To the reader |
2. Magnetic interaction
Lead |
Chapter |
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2.1. |
Magnets and magnetic field
Free chapter! |
2.2. | Magnetic force |
2.3. | The coil |
2.4. | Summary and self-evaluation |
3. Charged particle in an electric and magnetic field
Lead |
Chapter |
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3.1. | A particle in an electric and magnetic field |
3.2. | Applications of magnetic and electric fields |
3.3. | Summary and self-evaluation |
4. Electromagnetic induction
Lead |
Chapter |
---|---|
4.1. | Electromagnetic induction |
4.2. | Faraday's law of induction |
4.3. | Eddy currents and applications |
4.4. | Summary and self-evaluation |
5. Electricity generation and transmission
Lead |
Chapter |
---|---|
5.1. | Alternating current and generator |
5.2. | Alternating current in energy transmission |
5.3. | Summary and self-evaluation |
6. Electromagnetic radiation
Lead |
Chapter |
---|---|
6.1. | Light is transverse wave motion |
6.2. | Electromagnetic radiation spectrum |
6.3. | Thermal radiation and types of electromagnetic radiation |
6.4. | Summary and self-evaluation |
7. Light phenomena
Lead |
Chapter |
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7.1. | Light at an interface |
7.2. | Light phenomena and applications |
7.3. | Summary and self-evaluation |
8. Extras
Lead |
Chapter |
---|---|
8.1. | Methods |
8.2. | Test your skills: Solutions |
8.3. | Correct answers |
8.4. | For the teacher |