'Single slit diffraction' presentation slideshows

Chapter 38

Chapter 38. Diffraction Patterns and Polarization. Diffraction. Light of wavelength comparable to or larger than the width of a slit spreads out in all forward directions upon passing through the slit This phenomena is called diffraction

967 views • 72 slides

Chapter 38

Chapter 38. Diffraction Patterns and Polarization. Diffraction. Light of wavelength comparable to or larger than the width of a slit spreads out in all forward directions upon passing through the slit This phenomena is called diffraction

1.01k views • 72 slides

Waves Review

Waves Review. Ch13 (p408-433) Ch14(all). Overview. Waves are created when a periodic disturbance propagates outwards, transmitting energy (but not matter). Five wave properties: Speed (v, m/s): Determined by the elastic and inertial properties of the medium. v=d/t v= l f= l /T

633 views • 49 slides

General Astronomy

General Astronomy. The Nature of Light. The Nature of Light. Our ideas today on the nature of light are inductive. That is, from observations we build a (set of) model(s) which explain the observations in a consistant fashion. We begin by looking at some everyday observations.

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Wave Interference and Diffraction

Wave Interference and Diffraction. Learning Goals. Explain the polarization of light waves by the following methods: Selective Absorption Reflection Scattering. Learning Goals. Know what conditions are necessary for interference to be observed

703 views • 42 slides

Light Through One Slit

Light Through One Slit.

883 views • 41 slides

Microwave Optics

Microwave Optics. Acknowledgements: Fred, Geoff, Lise and Phil Junior Lab 2002. Adam Parry Mark Curtis Sam Meek Santosh Shah. History of Microwave Optics. WW2 in England Sir John Randall and Dr. H. A. Boot developed magnetron Produced microwaves Used in radar detection

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W14D2: Interference and Diffraction Experiment 6

547 views • 34 slides

Light Quanta

712 views • 31 slides

Oscillations and Waves Wave Properties

462 views • 25 slides

Oscillations and Waves Wave Properties

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Major Concepts in Physics Lecture 5.

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Diffraction

577 views • 24 slides

Chapter 36 Diffraction

Chapter 36 Diffraction

534 views • 22 slides

PHY 102: Quantum Physics Topic 5 The Uncertainty Principle

PHY 102: Quantum Physics Topic 5 The Uncertainty Principle. The Uncertainty Principle. One of the fundamental consequences of quantum mechanics is that it is IMPOSSIBLE to SIMULTANEOUSLY determine the POSITION and MOMENTUM of a particle with COMPLETE PRECISION

497 views • 17 slides

Diffraction

Diffraction. Deriving n l = d sin q. Diffraction. Diffraction results from the spreading out of waves passing through a gap. The narrower the gap, the more the waves spread out. If the gap is less than one wavelength, there is no diffraction at all.

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Light and diffraction

534 views • 12 slides

Interferometry

Interferometry. Jack Replinger Observational Cosmology Lab Professor Peter Timbie University of Wisconsin-Madison. Interferometry uses an array of small dishes to gain the resolution of a much larger single dish

329 views • 12 slides

Diffraction

Diffraction. 17.3. Diffraction. What happens when a wave encounters a barrier The wave curves around it. Diffraction. As the wave moves through the air, each molecule vibrates Thus each molecule creates it own little wave The wave radiates away from the molecule forming circular ripples

267 views • 9 slides

Single Slit Diffraction of Light

Single Slit Diffraction of Light. Interference by bending. Huygens' Principle. Huygens' Principle. Diffraction. Understanding Single Slit Interference. Understanding Single Slit Interference. Intensity of Single Slit Interference. Recall Double Slit Proof. Example.

542 views • 9 slides