initially parallel rays of light are inc at slightly different points on a bumpy surface, as indicated in the figure to the right. The angles of incidence are 15⁰ for ray A (blue in figure), 31° for ray B (green), and 47° for ray C (red). (a) What are the angles of reflection for the three rays? (b) Will the three rays remain parallel after reflection? (c) Sketch the paths of the reflected rays on the diagram. 47° 31° 15⁰
initially parallel rays of light are inc at slightly different points on a bumpy surface, as indicated in the figure to the right. The angles of incidence are 15⁰ for ray A (blue in figure), 31° for ray B (green), and 47° for ray C (red). (a) What are the angles of reflection for the three rays? (b) Will the three rays remain parallel after reflection? (c) Sketch the paths of the reflected rays on the diagram. 47° 31° 15⁰
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Solve problems involving reflection, refraction, dispersion, and polarization in contexts such as, but not limited to, (polarizing) sunglasses, atmospheric haloes, and rainbows
Transcribed Image Text:4. Three initially parallel rays of light are incident at slightly different points on a bumpy
surface, as indicated in the figure to the right. The angles of incidence are 15⁰ for
ray A (blue in figure), 31° for ray B (green), and 47° for ray C (red). (a) What are
the angles of reflection for the three rays? (b) Will the three rays remain parallel
after reflection? (c) Sketch the paths of the reflected rays on the diagram.
47°
31°
15⁰
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