Student Basic Set – Optics / Atomic physics – Analog Set – 16 Experiments

ABOUT THIS PRODUCT:

Function and Applications

Equipmentc set allowing the performance of 16 experiments about the following topics:

• Spectroscopic analysis (2 Experiments)
• Diffraction on a grating (1 Experiment)
• Diffratction on everyday life’s objects (2 Experiments)
• Absorption and fluorescence (3 Experiments)
• h-Determination with light emitting diodes (1 Experiment)
• Bandgap of semiconductors (1 Experiment)
• Investigation of solar cells and fotodiodes (2 Experiments)
• Electric and optical properties of LED (2 Experiments)
• Polarisation of light (2 Experiments)

Benefits

• Complete equipment set: simple execution of the Experiments
• The equipment is stored in a rugged, stackable and compact box, allowing quick control of completeness (foam insert)
• Experimenting literature for pupils and teachers available: minimal preparation time
• Matched with international curriculum: all topics are covered
• Through the use of a stable optical bench made of metal safe and exact experimental setups
• Easy teaching and efficient learning by using the interactive Experimentation software interTESS

Equipment and Technical Data

• The equipment set consists of all necessary components for the Experiments
• Robust, stackable storage box with a foam insert fitting to the contained equipment

Necessary accessories

• TESS advanced Optics / Atomphysics necessary accessories for 1 group (13466-88)

Optional accessories

TESS advanced Physics manual optics/atomic physics (13286-02)

interTESS DVD, complete version with all Experiments in physics, chemistry, biology and applied sciences (01100-00)

interTESS DVD Physics, optics/atomic physics Experiments only (01056-00)

16 Experiments:

• Why is the sky blue?
• What does the spectrum of a light-emitting diode (LED) looklike?
• What does the LED spectrum look like with a transmissiongrating?
• What is the groove spacing on a CD?
• What can one learn from diffraction patterns?
• How is light attenuated when it passes through matter?
• When does a substance fluoresce?
• How is light attenuated by liquids?
• How are the energy and the colour of light connected?
• When is a light-emitting diode a receiver?
• How does the intensity of light decrease a function of thedistance?
• What does the photoelectric current of a solar cell dependon?
• At which wavelength does an LED emit light?
• What does the UI characteristic of an LED look like?
• How does light oscillate?
• How can light be “distorted”??