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Giancoli's Physics: Principles with Applications, 7th Edition

Light: Geometric Optics

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23-2: Reflection; Plane Mirrors

23-3: Spherical Mirrors

23-4: Index of Refraction

0:22

1:01

1:31

23-5: Refraction; Snell's Law

23-6: Total Internal Reflection

23-7 and 23-8: Thin Lenses

23-9: Lens Combinations

23-10: Lensmaker's Equation

Problem 5

Stand up two plane mirrors so they form a $90.0 ^\circ$ angle as in Fig. 23–54. When you look into this double mirror, you see yourself as others see you, instead of reversed as in a single mirror. Make a ray diagram to show how this occurs.

Figure 23-54.

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Stand up two plane mirrors so they form a 90.0∘90.0 ^\circ90.0∘ angle as in Fig. 23–54. When you look into this double mirror, you see yourself as others see you, instead of reversed as in a single mirror. Make a ray diagram to show how this occurs.

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Stand up two plane mirrors so they form a $90.0 ^\circ$ angle as in Fig. 23–54. When you look into this double mirror, you see yourself as others see you, instead of reversed as in a single mirror. Make a ray diagram to show how this occurs.