I Electricity and Magnetism
The measurement of electric current and voltage
The electric field
Force and energy in electric fields
The magnetic field
Induction phenomena
The relation between electric and magnetic fields
How the fields depend on the frame of reference
Forces in magnetic fields
Applications of induction, in particular to generators and motors
The inertia of the magnetic field. Alternating current
Electrical oscillations
Electromagnetic waves
Matter in an electric field
Matter in a magnetic field
II Optics
Introduction. Measuring the optical radiant power
The simplest optical observations
Image formation and light-beam boundaries
Fundamental and technical details of image formation and beam limitation
Radiation energy and beam limitation
Interference
Diffraction
Optical spectrometers
The velocity of light, and light in moving frames of reference
Polarized light
The relation between absorption, reflection and refraction of light
Scattering
Dispersion and absorption
Thermal radiation
Visual perception and photometry.-Solutions to the Exercises.