Optics/ Wave Optics

90 Products, 115 Experiments, 17 Sets, 12 Lit./Softw.

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	Refraction at the boundary between two liquids Principle In this experiment, the students have the possibility of deepening their understanding of the law of refraction. By observing the refraction at the boundary between two liquids compared to the refraction at the boundary between&nb ...
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Product-No: P1064600

	Refraction at the glass-air boundary Principle The purpose of the experiment is the investigation of the refraction of light on passing from glass into air and the determination of the angle of refraction for several given values of angle of incidence. In addition to the deepening of their unders ...
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Product-No: P1064700

	Total reflection and the critical angle Principle With total reflection the students become acquainted with an important special case of the law of reflection, when light passes from an optically denser to an optically less dense medium, which has a special importance for technology (fibre-optic cabl ...
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Product-No: P1064800

	Passage of light trough a planoparallel plate Principle In this experiment, the goal is to apply the law of refraction to a different situation for strengthening the students' understanding of this important conformity to natural law. To do this the students investigate the course of light beams ...
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Product-No: P1064900

	Refraction at a prism Principle In this experiment, the students should understand the refraction of light at a prism. At the same time, their understanding of the refraction of light on passing from air to glass or glass to air is strengthened. The splitting of light into col ...
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Product-No: P1065000

	Deviating prisms Principle The goal of this experiment is that the students become acquainted with special cases of the refraction of light at a prism which are important in technical applications (optical instrument construction). With the investigation and explanation of ...
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Product-No: P1065100

	Reversing prisms Principle In this experiment, the students get to know another special case of refraction of light at a prism which has great importance for technological applications (the construction of optical instruments). The students should recognise and ...
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Product-No: P1065200

	Light path and focal length of a convex lens Principle In conjunction with the experiments on the refraction of light, this experiment is of particular importance. Knowledge of the law of refraction is strengthened and transferred to new contexts. At the same time, in this experiment, the students be ...
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Product-No: P1065300

	Image construction for a convex lens Principle In this experiment, the students should construct an image for a given object position, making use of selected light beams and their characteristic course through a convex lens. The experiment is demanding in terms of the abilities and experimental sk ...
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Product-No: P1065400

	Light path and focal length of a concave lens Principle The experiment on refraction of light by a concave lens serves, on the one hand, to strengthen the knowledge and experimental skills gained from the experiments with convex lenses. The aim of this experiment is to observe the path of light on passage ...
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Product-No: P1065500

	Image construction for a concave lens Principle The aim of this experiment is to determine the intersection point of selected light beams incident on a planoconcave lens and thus demonstrate the possibility of image formation. First of all, in this experiment, only the course of selected light beam ...
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Product-No: P1065600

	Light path of lens combinations Principle In the experiments concerning combinations of lenses, the students' understanding of the light path through convex and concave lenses is both strengthened and extended. The first experiments serve as direct revisions, the experiments involving the co ...
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Product-No: P1065700

	Focal length of lens combinations Principle In this experiment, the students strengthen their understanding of the light path through convex and concave lenses. By using a step-by-step approach proceeding from planoconvex lenses via planoconcave lenses to a combination of convex and concave len ...
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Product-No: P1065800

	Spherical aberration Principle The students become acquainted with one of the most frequent lens defects through this experiment - spherical aberration. This, in conjunction with the experiments on lens combinations, prepares the students for understanding why high quality optical ...
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Product-No: P1065900

	Chromatic aberration Principle Spherical and chromatic aberration are the two most well-known defects of image formation associated with a lens and whose correction is achieved by incorporating expensive lens systems (achromatic) in high quality optical apparatus. For this r ...
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Product-No: P1066000

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