Student Experiment Kits (SEK)
Mechanics
Dynamics
Circular motion
Centrifugal force
Forces and torque
Air pressure
Acoustics 1
Acoustics 2
Vibrations and waves
Ultrasonics
Heat 1
Heat 2
Alternative energy conversion
Electricity
Magnetism
Electromagnetism
Power, work and efficiency
Electrodynamics
Magnetic field of currents
The current balance
Electronics
Electrostatics
Optics 1
Optics 2/3
Radioactivity
MES 2.3 Elongation of a coil spring (Hooke’s law)
MES 5.4 Uniformly accelerated movement
MEC 044 Centrifugal force – Earth flattening rings
MELS 10 Determining the mass of air
SWS 2.1 Standing transverse wave
TDS 1.1 Thermometer model
TDS 3.2 Quantitative heat conduction in solids
AES 1.1 Combustion process in a petrol engine
AES 7.2 The short-term energy store as an energy source
ELS 2.1.1 Series of measurements on Ohm’s law
MAS 3.4 Magnetic field between magnetic poles
ELS 8.1 Induction
LAW 03 The power of lamps
EMS 4.1 The simple DC motor
EMS 5.3 Magnetic field lines of a coil
EOS 1.2 The NTC resistor
EOS 4.3 Capacitance
EMS 5.3 Magnetic field lines of a coil
OPS 3.5 The transition from glass to air (total internal reflection)
OPS 8.1 Diffraction at a grating
EMS 5.3 Magnetic field lines of a coil