'Dark fringes' presentation slideshows

Chapter 24

Chapter 24. Wave Optics. Read and take notes on pgs. 480-490 in Conceptual Physics Text. Read and take notes on pgs. 790-794 in College Physics Text. Wave Optics. The wave nature of light is needed to explain various phenomena. Interference Diffraction Polarization

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light interference

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Wave Optics ( Physical Optics ) Double Slit and thin Film Interference

Chapter 27. Wave Optics ( Physical Optics ) Double Slit and thin Film Interference. What is physical optics. It is the study of light as waves. Geometric optics treats light as particles (or rays) that travels in straight lines.

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26 Interference & Diffraction -- Physical/Wave Optics

26 Interference & Diffraction -- Physical/Wave Optics. Thin film interference. Interference & Coherent Sources. Superposition & Interference.

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Physics 6C

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Announcements

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CH-27: Interference and the Wave Nature of Light

CH-27: Interference and the Wave Nature of Light. Owls, such as this long-eared owl, have eyes that can distinguish between two distant objects that are close together. This ability is related, in part, to the large pupils of the eyes and the wave nature of light, as this chapter discusses.

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Chapter 35&36 Interference and the Wave Nature of Light

Chapter 35&36 Interference and the Wave Nature of Light. Light as a Wave THE PRINCIPLE OF LINEAR SUPERPOSITION Young's Double-Slit Experiment Diffraction. What is physics?. Light as a Wave. Huygens' principle:

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Announcements

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Thin Films, Diffraction, and Double slit interference

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Interference & Diffraction

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Lecture 27

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Chapter 38

Chapter 38. Diffraction Patterns EXAMPLES. Chapter 38: Diffraction Patterns and Polarization: Examples. Example 38.1 Where Are the Dark Fringes?. Light with ? = 580 nm reaches a slit with a = 0.3 mm. The viewing screen is at 2.0 m from the slit. Find:

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