Course content

Kinematics. Newton´s laws. Work. Kinetic and potential energy. Linear momentum. Moment of inertia. Torque. Coulomb´s law. Electric field and potential. Current. Magnetic field. Induction. Resistance, capacitance. Electric motors and generators.

Learning outcome

Knowledge:The candidate* has knowledge of basic classical mechanics, electricity, and magnetism* can define and explain the most important concepts within basic classical mechanics, electricity, and magnetism* is familiar with relevant applications in physicsSkills:The candidate can* formulate and solve, with analytical and numerical methods, mathematical models for given problems related to classical mechanics, electricity, and magnetism* associate variables in idealized models with real physical quantities* conduct measurements, and analyze, interpret, and document the results* perform calculations with quantities and units in the SI system, and is able to make transformations between different unit systemsGeneral competence:The candidate* can motivate and justify professional choices and convey this to others in terms of basic physics* participate actively in group work and professional discussions

Learning methods and activities

Lectures, exercises, laboratory work. Expected work load in the course is 225 hours. (Lectures: ca 60 hours. Exercises: ca 20 hours. Laboratory work: ca 20 hours. Self-study: ca 125 hours.) Compulsory activities: 6 of 8 assignments and a report from laboratory work must be handed in and approved for exam admission.

Compulsory assignments

• Exercises physics
• Lab. physics

Specific conditions

Recommended previous knowledge

None beyond the acceptance criteria.

Required previous knowledge

None beyond the acceptance criteria.

Course materials

University Physics, OpenStax.Information about detailed curriculum and alternative literature is announced at semester start.

Credit reductions