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Student Basic Set – Optics 2 – Analog Set- 30 Experiments
$0.00
ABOUT THIS PRODUCT:
Function and Applications
Supplementary equipment set for Basic set Optics 1 (1576-88). In addition to the experiment that can be done with the set Optics 1 it is possible to perform 30 experiments about the following topics:
- Propagation of light (7 Experiments)
- Mirrors (4 Experiments)
- Lenses (5 Experiments)
- Optical equipment (10 Experiments)
- Wave optics (4 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
30 Experiments:
- Day and night
- The seasons
- The phases of the moon
- Solar and lunar eclipses (with the earthmoon model)
- The pinhole camera
- Luminous intensity (photometer)
- Illuminance (inverse square law)
- Projected image with a concave mirror
- Law of imagery for a concave mirror
- Determining the magnification of a concave mirror
- Images in a convex mirror
- Image obtained with a convex lens
- Determining the focal length of a convex lens
- Law of imagery for a convex lens
- Determining the magnification of a concave lens
- Image obtained with a concave lens
- Pincushion an barrel distortion
- The magnifying glass
- The structure of a microscope
- Determining the magnification of a microscope
- The astronomical telescope
- The Galilean telescope
- Determining the magnification of a telescope
- The camera
- The depth of focus of a camera
- The slide projector
- Diffraction at a grid
- Determination of the wavelength by grid diffraction
- Polarisation with filters
- Rotation of the polarisation plane with a sugar solution
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