Angle Between Mirrors Manufacturer,Supplier and Exporter in India

Product Code : SCL-W-12285

The Angle Between Mirrors apparatus is a physics laboratory model used for demonstrating multiple image formation when two plane mirrors are placed at different angles. It is designed for school physics labs, STEM classrooms, science teachers, and students studying reflection, mirror angles, symmetry, and image repetition.

Product Description

The Angle Between Mirrors apparatus helps students observe how changing the angle between two plane mirrors changes the number and arrangement of reflected images. It gives a direct visual demonstration of reflection, angular positioning, symmetry, and repeated image formation.

This apparatus is suitable for introductory optics lessons, mirror-angle experiments, ray optics discussions, and science exhibition demonstrations. It can be used with physics waves and optics apparatus, light and optics demo kits, ray optics kits, and kaleidoscope optics models supplied by School Equipments.

Key Features

• Optics demonstration apparatus for studying image formation between two mirrors.
• Single classroom apparatus suitable for teacher demonstrations and student practical work.
• Helps show how mirror angle controls the number of visible images.
• Useful for teaching plane mirror reflection, symmetry, angular measurement, and repeated images.
• Supports practical learning before formal ray diagrams and numerical optics problems.
• Suitable for school physics labs, STEM rooms, science clubs, and exhibition displays.
• Simple manual operation makes it easy to use during classroom observation activities.

Technical Specifications

What's Included in the Kit

• 1 Angle Between Mirrors apparatus
• Two plane mirrors
• Hinge, pivot, or adjustable mirror support
• Angle scale or protractor marking
• Base board or stand
• Object marker or demonstration piece
• Instruction sheet or activity guide

Applications / Uses

• Demonstrating multiple images formed by two plane mirrors.
• Showing how image count changes when the mirror angle changes.
• Teaching reflection, symmetry, virtual images, and angular positioning.
• Explaining the optical principle behind kaleidoscopes and mirror-pattern devices.
• Supporting classroom ray optics, STEM activities, and science exhibition demonstrations.
• Helping students compare observations with mirror-angle calculations.

How to Use the Angle Between Mirrors

1. Place the apparatus on a flat, stable classroom table.
2. Set the two plane mirrors at a selected angle, such as 90°, 72°, 60°, or 45°.
3. Place a small object or marker between the mirrors.
4. Observe the number of images formed by repeated reflection.
5. Change the angle between the mirrors and compare the new image count.
6. Ask students to record the angle, image count, and symmetry pattern in their notebook.

For common classroom cases, the number of images is often estimated using N = 360°/θ − 1 when 360°/θ is a whole number, where θ is the angle between the mirrors. Handle the mirrors carefully, avoid broken glass, and do not press or scratch the reflecting surfaces. ([vedantu.com](https://www.vedantu.com/jee-main/physics-number-of-images-formed-by-two-plane-mirrors))

Care & Maintenance

• Clean mirror surfaces only with a soft dry cloth or approved mirror-cleaning material.
• Store the apparatus in a dry lab cabinet after use.
• Keep the hinge, angle scale, and mirror supports free from dust and rough handling.
• Do not bend the mirror frame or apply pressure to the reflective surfaces.

Why Choose School Equipments

School Equipments supplies scientific laboratory instruments, physics apparatus, optics equipment, science kits, STEM models, didactic models, and classroom teaching aids for educational institutions. The brand supports practical learning across physics, chemistry, biology, mathematics, STEM, and laboratory setup categories.

The Angle Between Mirrors apparatus is suited to schools that want students to learn reflection and multiple-image formation through direct observation. Exact mirror size, angle scale, base design, material, packaging, and tender documentation should be confirmed during quotation before institutional purchase.

Frequently Asked Questions

What is the Angle Between Mirrors apparatus used for?

The Angle Between Mirrors apparatus is used to demonstrate how two plane mirrors form multiple images when placed at different angles. It helps students study reflection, symmetry, and virtual image formation.

How does the angle between mirrors affect image formation?

As the angle between two plane mirrors decreases, the number of repeated images generally increases. This happens because light undergoes more repeated reflections between the mirrors.

Is this apparatus suitable for school physics labs?

Yes. It is suitable for school physics labs, STEM classrooms, science clubs, and optics demonstrations where students learn reflection through observation.

Can this model explain kaleidoscope working?

Yes. The apparatus can help introduce the mirror-angle principle behind kaleidoscopes, where angled mirrors create repeated symmetrical image patterns.

Does the apparatus require electricity?

No. The Angle Between Mirrors apparatus is a manual optics teaching aid and does not require electricity for basic demonstrations.

What should buyers confirm before ordering?

Buyers should confirm mirror size, base material, hinge or angle-adjustment method, protractor scale, included accessories, packaging, and any required tender documentation.

Request the Angle Between Mirrors apparatus for your physics laboratory or explore more physics waves and optics apparatus for school labs.

Suggested Product Image ALT Text: Angle Between Mirrors apparatus for school physics lab multiple image reflection experiment