TESS advanced Physics Basic Set Heat 1 for age 11-16

Item no.: 15274-88 Function and Applications Basic set allowing the performance of 21 experiments about the following topics: Thermal equilibrium and temperature measurement (3 experiments) Thermal expansion (4 experiments) Heat transfer (2 experiments) Thermal energy (4 experiments) Change of state (5 experiments) Solutions (3 experiments) Benefits Complete equipment set: simple execution of the experiments The

TESS advanced Physics set Acoustics 2 for age 11-16

Item no.: 15321-88 Function and Applications Supplementary equipment set for TESS set Acoustics 1 (15289-88). Together with the set Acoustics 1, it is possible to performe 21 student experiments in total: Generation, propagation and perception of sound (8 Experiments) Physical properties: Oscillations and waves (7 Experiments) Applications in the field of medicine, music, and everyday

TESS advanced Physics set Acoustics 1 for age 11-16

Item no.: 15289-88 Function and Applications Equipment set allowing the performance of 14 experiments about the following topics: Generation, propagation and perception of sound (8 Experiments) Physical properties: Oscillations and waves (2 Experiments) Applications in the field of medicine, music, and everyday life (4 Experiments) Benefits Complete equipment set: simple execution of the experiments The

TESS advanced Physics Set Linear Motion with Timer 2-1 for age 11-16

Item no.: 15283-88 Function and Applications Equipment set allowing the performance of 6 experiments about the following topics: motion with uniform acceleration (1 Experiment) Velocity (1 Experiment) Newtons laws (2 Experiments) Potential and kinetic energy (1 Experiment) Free fall (1 Experiment) Another 3 experiments can be performed with the optional extension Set 13453-88 uniform and non-uniform

TESS advanced Physics supplementary set Mechanics 2 for age 11-16

Item no.: 15272-88 Function and Applications Supplementary equipment set for TESS Basic Set Mechanics 1 (15271-88). Together with the Basic set, it is possible to performe 52 student experiments in total: Physical quantities and characteristics (7 experiments) Forces (16 experiments) Elementary machines (11 experiments) Liquids and gases (10 experiments) Ocillations (8 experiments) Benefits Complete equipment set:

TESS advanced Physics Basic Set Mechanics 1 for age 11-16

Item no.: 15271-88 Function and Applications Basic set allowing the performance of 36 experiments about the following topics: Physical quantities and characteristics (5 experiments) Forces (10 experiments) Elementary machines (9 experiments) Liquids and gases (2 experiments) Oscillations (6 experiments) Benefits Complete equipment set: simple execution of the experiments The equipment is stored in a rugged, stackable

Zeeman effect with a variable magnetic system

Item no.: P2511007 Principle The “Zeeman effect” is the splitting up of the spectral lines of atoms within a magnetic field. The simplest is the splitting up of one spectral line into three components called the “normal Zeeman effect”. In this experiment the normal Zeeman effect as well as the anomalous Zeeman effect are studied

Faraday effect

Item no.: P2260100 Principle The angle of rotation of the polarisation- plane of plane polarised light through a flint glass rod is found to be a linear function of the product of the mean flux-densitiy and the length of the optical medium. The factor of proportionally, called Verdet’s constant, is investigated as a function of

Doppler effect with the Michelson interferometer

Item no.: P2221000 Principle With the aid of two mirrors in a Michelson arrangement, light isbrought to interference. While moving one of the mirrors, the alterationin the interference pattern is observed and the modulation frequency is measured using the Doppler effect. Tasks Construction of a Michelson interferometer using seperate components. Measurement of the Doppler effect via

Radiographic examination of objects

Item no.: P2540020 Principle An X-ray tube produces X-rays that cause a fluorescent screen to emit light. Objects that are located between the X-ray source and the fluorescent screen will be irradiated so that their inner structure becomes visible. If one varies the anode current and voltage, the change in intensity can be observed in