Module 1: TENA
Projectile motion, circular motion, electric fields, potential, the capacitor, magnetic fields, induction, alternating current.
Module 2: TENB
Mechanical waves, electromagnetic waves, reflection, refraction and interference, oscillatory motion, photoelectric effect, atoms and quantum mechanics, the atomic nucleus and radioactivity, relativistic effects.
Laboratory sessions: LAB1
Includes modules A and B.
Overall goal
The course should promote a scientific view and give an understanding of basic physics concepts and relationships and give a good basis for further studies within physics and technical subjects that are included in the 3- and 5-year engineering programs.
On completion of the course, the student should be able to:
Carry out, describe, analyse and present experiments to examine physical phenomena which are discussed in the course.
Apply the working methods of physics, physics concepts and units, and basic physics models.
Identify, analyse and solve physics problems and present them in a structured way.