FYSP1050 Introduction to Electromagnetism (6 cr)
Description
Magnetism and magnetic field
Moving charge as the source of the magnetic field and Ampère's law
Moving charge in electromagnetic field
Electromagnetic induction: Faraday's Law and Lenz’s law
Inductance and energy of a magnetic field
Simple AC circuits
Impedance and AC power
High-pass and low-pass filters
Maxwell's equations
Electromagnetic waves; energy and momentum in an electromagnetic wave
Models of light (wave-particle duality and ray model)
Fermat’s principle
Interference: Double-Slit experiment, Diffraction, Interferometer
Principles of Ray Optics: Reflection, refraction, mirrors and lenses.
Mathematical and numerical contents: vector calculus, line integral
Learning outcomes
At the end of the course, students will be able to
recognise magnetic interactions in simple experimental situations and explain observations utilizing the concept of magnetic field
use Lorentz force law to calculate trajectories of charged particles as well as explain the magnetic field of a moving charge
explain the electromagnetic induction, Lenz Law and transformer working principle
apply Faraday's law for solving induction related electromagnetic problems
name the basic principles of AC circuits and explain the connection between the energy stored in magnetic field and the electromagnetic coil
present Maxwell's equations in integral form
explain the propagation of electromagnetic plane waves using Maxwell's equations
calculate the energy as well as momentum in a electromagnetic wave
describe the propagation of waves in matter, on the boundaries between systems and in slit-systems
explain, how a picture is formed in mirrors, lenses and typical optical devices
interpret simple, commented computer program and edit it based on a given problem
work constructively in a group and assess both personal and groups contributions while working in a group.
Description of prerequisites
FYSP1010 Introduction to mechanics, FYSP1020 Waves and thermodynamics and FYSP1040 Introduction to theory of electricity or similar studies.
Study materials
Verkkomateriaalit, Opi fysiikkaa –kanavan opetusvideot
Literature
- Randall D. Knight. Physics for Scientists and Engineers - A Strategic Approach with Modern Physics. ISBN 13: 978-1-292-43822-1. Harlow, Essex: Pearson Education, 2023.
Completion methods
Method 1
Method 2
Method 3
Teaching (6 cr)
Teaching
2/20–4/29/2025 Small group teaching
Independent study (6 cr)
Itsenäisesti viikoittain tehtävät harjoitustehtävät ja oppimispäiväkirja sekä projektityöt ja itsearviointi.
Harjoitustehtävät palautetaan kirjallisena ja ne arvostellaan.
Teaching
2/20–5/25/2025 Independent project
Independent study (6 cr)
Itsenäinen opiskelu (kurssikirja, videot), erikseen sovittavat harjoitustehtävät ja suullinen kuulustelu.
Harjoitustehtävät palautetaan kirjallisena ja ne arvostellaan.