The Optics Kit Panel Type POK 410 is a collection of optic components which can be used for conducting optical experiment and demonstration. Components are equipped with neodymium magnets for component assembly on a large panel board.

This kit contains precision-made tools for ease of assembly in conducting experiment and to get the experiment result as it expected. All parts are packed in a plastic box.

Provided with experiment manual book.

Experiment topics:

• Propagation of Light
• Shadow
• Lunar Eclipse (Model)
• Solar Eclipse (Model)
• The Law of Reflection
• Rotating Mirror
• Regular Reflection
• Diffuse Reflection
• Image Point on a Plane Mirror
• Virtual Image on a Smooth Mirror
• Concave Mirror
• Path of Rays in a Concave Mirror
• Images in a Concave Mirror
• Movement of Rays in a Convex Mirror
• Path of Rays in a Convex Mirror
• Path of Rays when Forming an Image in a Convex Mirror
• Refraction of Light
• Total Reflection in Water
• Calculating the Index of Refraction
• Total Reflection in Glass
• Total Reflection in a Semi-Circular Body
• Basic Principle of a Photoconductor
• Photoconductor, Flexible
• The Plane Parallel Plate
• Refraction of Light in a Prism
• Deviating Prism
• Inverting Prism
• Torricelli's Prism
• Refraction at Convex Lens
• Refraction at Concave Lens
• Position of The Focal Point of a Biconvex Lens
• Position of The Focal Point of a Thin Planoconvex Lens
• Position of The Focal Point of a Thick Planoconvex Lens
• Refractive Effect of Convergent and Divergent Lenses on
• Lens Systems
• Special Rays on a Convergent Lens
• Special Ray Paths on a Plano-Convex Lens
• Special Ray Paths on a Concave Lens
• Path of Rays When FormiNg an Image on a Convergent Lens
• Path of Rays When Forming an Image on a Divergent Lens
• Ocular Accommodation
• Faulty Vision and Its Correction – Near-Sightedness
• Faulty Vision and Its Correction – Far-Sightedness
• Path of Rays in a Single Lens Reflex Camera
• Path of Rays in a Slide Projector
• Model of a Microscope
• Model of an Astronomical Telescope
• Model of a Galilean Telescope
• Dispersion of Color
• Spectral Colors Cannot Be Further Dispersed
• Converging Spectral Colors To Make White
• Mixed Color of a Partial Spectrum
• Complementary Colors – Color Theory
• Subtractive Mixing Colors
• Additive Mixing Colors

Some experiments need some other supporting tools or other components that can be borrowed from other kit.