Reflection laws applied on mirrors

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SUMMARY

The discussion centers on the application of reflection laws in mirrors, specifically regarding the formation of images by plane mirrors. It establishes that a baseball can produce four distinct images when reflected between two mirrors: one from each mirror directly to the eye and two virtual images created by the interaction between the mirrors. The confusion arises from a discrepancy with an answer booklet that suggests only three images, prompting a deeper inquiry into the nature of virtual objects and their images.

PREREQUISITES
  • Understanding of basic optics principles, specifically reflection laws.
  • Familiarity with the concept of virtual images in mirror systems.
  • Knowledge of how multiple reflections occur between plane mirrors.
  • Ability to analyze ray diagrams for optical systems.
NEXT STEPS
  • Research the principles of ray optics and how they apply to multiple mirror systems.
  • Study the concept of virtual images and their formation in detail.
  • Explore practical applications of reflection laws in optical devices.
  • Learn to create and interpret ray diagrams for complex mirror arrangements.
USEFUL FOR

Students of physics, educators teaching optics, and anyone interested in the practical applications of reflection laws in mirror systems.

alingy1
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Hi Forum,
Simple question here, but one that has been bugging me. Please look at picture.

So, rays from the baseball can go from the lower mirror to the eye. (1 image)
Rays from the baseball go from the upper mirror to the eye. (1 image)
Rays from the baseball go from the lower mirror to the upper mirror to the eye. (1 virtual image behind the upper mirror)
Rays from the baseball go from the upper mirror to the lower mirror to the eye. (1 virtual image behind the lower mirror)

Total of four images.

What's up with the 3 images suggested by the answer booklet?
 

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Each plane mirror forms an image. Where are those images?

Those images act as virtual objects, forming their own images. Where are those images? (That will give you the answer.)
 

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