Mirrors

Product Code : SCL-OS-12875

The Mirrors by Educational Instrument help students observe how light reflects from flat and curved surfaces. In a physics laboratory, mirrors are used to demonstrate the laws of reflection, real and virtual image formation, focal point, focal length, field of view, and spherical mirror behaviour.

This product page covers educational mirrors used in optical sectional and ray optics experiments. Exact mirror type, diameter, focal length, backing material, frame type, and supplied quantity should be confirmed before quotation or tender submission. Related Educational Instrument pages include Concave and Convex Mirror, Mirrors, Convex, Geometrical Optics Kit with Laser Ray Box, and Optical Sectional.

Key Features

Educational mirrors for reflection and ray optics experiments.

Useful for studying plane, concave, and convex mirror behaviour.

Supports focal length, image formation, magnification, and field-of-view demonstrations.

Compatible with ray boxes, laser ray boxes, optical benches, screens, and optics kits.

Helps students compare real reflected rays with theoretical ray diagrams.

Suitable for school, college, university, and STEM laboratory instruction.

Mirror size, focal length, frame type, and material can be confirmed before ordering.

Technical Specifications

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What's Included in the Kit

Assorted mirrors: [confirm plane, concave, and convex mirror details]

Holder, frame, or stand: [confirm if supplied]

Storage box or protective packing: [confirm if supplied]

User instructions or experiment guide: [confirm if supplied]

Applications / Uses

Demonstrating the laws of reflection.

Studying plane mirror image formation.

Measuring focal length of concave mirrors.

Observing virtual image and wide-field behaviour in convex mirrors.

Comparing real and virtual images from curved mirrors.

Supporting ray tracing with ray boxes, laser ray boxes, screens, and optical benches.

How to Use the Mirrors

Select the required plane, concave, or convex mirror for the experiment.

Place the mirror securely in a compatible holder, stand, or optical bench setup.

Direct a ray box, laser ray box, or suitable light source toward the mirror surface.

Adjust the mirror angle to observe the incident and reflected rays.

Use a screen or marked sheet to trace the ray path or locate the image position.

Record the angle of incidence, angle of reflection, focal point, or image characteristics.

Remove the mirror carefully after use and store it in protective packing.

Safety note: Handle mirror surfaces carefully to avoid scratches or breakage. When using lasers or bright lamps, avoid direct eye exposure and control reflections under teacher supervision.

Care & Maintenance

Clean mirror surfaces only with a soft optical cloth.

Do not touch reflective surfaces with oily or dusty fingers.

Store mirrors in a dry protective case or laboratory cabinet.

Inspect mirrors for cracks, loose frames, or scratched surfaces before use.

Why Choose Educational Instrument

Educational Instrument manufactures and exports scientific laboratory instruments, lab experiment setups, science kits, mathematics kits, didactic models, and STEM models for educational institutions. The brand supplies practical physics and optics apparatus for schools, colleges, universities, and training laboratories. Its optics range includes plane mirrors, concave mirrors, convex mirrors, lenses, ray boxes, optical benches, and geometrical optics kits. Buyers can request confirmed specifications, packing details, and tender documentation before ordering.

Frequently Asked Questions

What are Mirrors used for in a physics lab?

Mirrors are used to demonstrate reflection, ray tracing, focal length, image formation, magnification, and the behaviour of plane, concave, and convex surfaces.

Which mirror types are used in school optics experiments?

Common school optics experiments use plane mirrors, concave mirrors, and convex mirrors. The exact mirror assortment should be confirmed before ordering.

Can these mirrors be used with a ray box?

Yes, mirrors can be used with a compatible ray box, laser ray box, screen, optical bench, and geometrical optics kit for ray tracing and reflection experiments.

What is a concave mirror used for?

A concave mirror is used to study converging reflected rays, focal point, focal length, real image formation, and magnification.

What is a convex mirror used for?

A convex mirror is used to show diverging reflected rays, virtual image formation, and wide-field reflection behaviour.

What should buyers confirm before purchase?

Buyers should confirm mirror type, size, focal length, material, frame or holder details, supplied quantity, packing, and any required procurement documentation.

For complete optics teaching setups, explore Educational Instrument’s Optical Sectional category for mirrors, lenses, prisms, optical benches, ray boxes, and classroom demonstration apparatus.

Suggested ALT text: Mirrors for physics lab reflection and ray optics experiments by Educational Instrument.