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Reflection and transmission  model

Reflection and transmission model

2225.0 INR/Piece

Product Details:

  • Power Low voltage (typically requires external DC power supply of 3V-6V)
  • Age Group 12 years and above (suitable for high school and college students)
  • Product Type Reflection and Transmission Model
  • Material Metal enclosure with durable finish and insulating terminals
  • Color Green
  • Style Compact, rectangular educational apparatus
  • Dimensions Approx. 25 cm x 20 cm x 5 cm
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Reflection and transmission model Price And Quantity

  • 2225.0 INR/Piece
  • 4 Piece

Reflection and transmission model Product Specifications

  • Compact, rectangular educational apparatus
  • Metal enclosure with durable finish and insulating terminals
  • Low voltage (typically requires external DC power supply of 3V-6V)
  • Reflection and Transmission Model
  • Demonstrates the principles of light reflection and transmission through different media for educational purposes
  • Approx. 25 cm x 20 cm x 5 cm
  • Green
  • 12 years and above (suitable for high school and college students)
  • 2 banana sockets (red and black) for power input
  • Approximately 1.5 kg
  • Physics experiments in optics including verification of reflection and transmission laws
  • User manual and experimental guide (optional equipment: sensors or light sources not included)
  • Meets standard laboratory safety requirements
  • Powder-coated for enhanced durability
  • Tabletop unit

Product Description

The Reflection and Transmission of Light Apparatus by Ankidyne is a precision educational instrument designed to demonstrate the behavior of light when it encounters different surfaces and transparent materials. The apparatus enables students to study the principles of reflection, transmission, absorption, and refraction of light through practical experimentation.

Designed for Class 812 students, this teaching aid enhances conceptual understanding of optics through hands-on learning. It is widely used in schools, colleges, physics laboratories, STEM education centers, and science exhibitions.



Versatile Tabletop Design

This model's compact, portable size allows it to fit easily on standard lab benches, making it ideal for classroom demonstrations or individual student projects. Its robust green-powder-coated metal case ensures both longevity and resistance to wear.


Educational Applications and Usage

The model is specifically crafted for use in physics experiments, enabling students to verify the laws of reflection and transmission of light. It aids in exploring light interaction with various surfaces, deepening conceptual understanding through hands-on learning.


Safe and Practical Operation

Engineered with insulated terminals and constructed from high-quality materials, this unit operates on low voltage (3V-6V), ensuring student safety. It adheres to industry laboratory standards, making it suitable for regular use in educational settings.

FAQ's of Reflection and transmission model:


Q: How is the Reflection and Transmission Model used in physics experiments?

A: The apparatus is employed to demonstrate and verify the principles of light reflection and transmission through different materials. Students can conduct hands-on experiments to measure angles and intensities, follow guided procedures in the included manual, and observe outcomes directly.

Q: What accessories and power supply are required to operate the model?

A: The model comes with a user manual and optional experimental guide, but external sensors or light sources are not included. For operation, a compatible external DC power supply of 3V-6V and standard banana plug cables are required for connection.

Q: When is this model most beneficial in an educational context?

A: This model proves most useful during optics modules in high school or introductory college physics courses. It provides tangible demonstrations to complement theoretical lessons on light behavior, fostering deeper student comprehension during laboratory sessions.

Q: Where should the Reflection and Transmission Model be set up for experiments?

A: The compact design is intended for placement on classroom or laboratory tables. Its sturdy construction ensures stability on flat surfaces, allowing safe use in school labs or dedicated learning spaces.

Q: What process should students follow when conducting experiments with this unit?

A: Students should first connect the power supply via the banana sockets, set up any required sensors or light sources, then follow the procedures outlined in the manual. Observing and recording data allows for thorough analysis of reflection and transmission phenomena.

Q: How does this apparatus benefit students' understanding of optics?

A: By facilitating direct experimentation with light, the model bridges the gap between theoretical concepts and real-world observation. This improved engagement helps students grasp core optics laws and principles more effectively.

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