📐 Ray Diagram of Convex Mirror Class 10

Class 10 · Interactive 3D Science Laboratory

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About Ray Diagram of Convex Mirror Class 10

A convex mirror curves outward and always produces a smaller, upright, virtual image -- which is why it's used to give a wider field of view. This diagram traces how light rays reflect off its surface.

Why It's Important

  • Gives a wider field of view than a flat mirror
  • Used in vehicle mirrors to spot more traffic
  • Used in security mirrors to cover more area
  • Demonstrates the basic principle of reflection

Observation Points

  • Trace how parallel rays spread apart after reflecting
  • Notice where the rays appear to meet behind the mirror
  • Compare the image size to the actual object
  • Identify the focal point behind the mirror's surface

Learning Objectives

  • Explain how a convex mirror reflects light
  • Describe the type of image it always forms
  • Identify real-world uses of convex mirrors
  • Understand why the field of view is wider than a flat mirror

Summary

A convex mirror spreads reflected light outward, always producing a smaller, upright virtual image and a wider field of view -- which is exactly why it's used in vehicle and security mirrors.

Main Parts

PartFunction
Reflecting SurfaceCurves outward, away from the object
Principal AxisImaginary line through the mirror's centre
Focal PointPoint behind the mirror where rays appear to meet
Virtual ImageUpright, smaller image formed behind the mirror

How It Works

Light rays from an object hit the curved surface
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The surface reflects the rays outward, spreading them apart
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The rays appear to come from a point behind the mirror
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The brain interprets this as a smaller, upright image

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