'Reflected ray' presentation slideshows

Science Olympiad

1.47k views • 126 slides

Science Olympiad

1.7k views • 126 slides

Chapter 12

Chapter 12. Physics Beyond 2000. Optical Instruments. Geometric Optics. In this chapter, the lenses and mirrors have dimension much longer than the wavelength of light. Effect of diffraction can be ignored. Light is regarded as ray.

1.45k views • 109 slides

How many l between 1 & 2 ? How many l between 1 & 4? How many nodes are there below?

1. 2. 4. How many l between 1 & 2 ? How many l between 1 & 4? How many nodes are there below?. How is a standing wave formed?. 2 waves or pulses same speed, l , f , undergo superposition interfering at fixed points of constructive & destructive interference forming pattern. Light.

1.05k views • 93 slides

Why can the image of the building be seen inside the plane mirror ?

P.43. Why can the image of the building be seen inside the plane mirror ?. P.43. P.43. Object. Object can be seen. Light ray from the object enter the eye. ( Directly or indirectly ). P.43. Emit their own light. Luminous objects. P.43. P.43. Can be seen when light

1.11k views • 90 slides

Chapter 35

Chapter 35. The Nature of Light and the Laws of Geometric Optics. The Nature of Light. Before the beginning of the nineteenth century, light was considered to be a stream of particles The particles were either emitted by the object being viewed or emanated from the eyes of the viewer

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Reflection of light.

Reflection of light. Specula Reflection. Specula Reflection. Reflection from a mirrored or glossy surface. Simple flat mirror. Incident Ray. Incident Ray. The Perpendicular. Incident Ray. The Perpendicular. Incident Ray. The Perpendicular. Incident Ray. Angle of Incidence.

821 views • 61 slides

Chapter 35

Chapter 35. The Nature of Light and the Laws of Geometric Optics. Introduction to Light. Light is basic to almost all life on Earth. Light is a form of electromagnetic radiation. Light represents energy transfer from the source to the observer.

729 views • 61 slides

Chapter 22

564 views • 39 slides

An Introduction to Ray Tracing

An Introduction to Ray Tracing. Photo-Realism. Introduction. What is Ray Tracing? Ray Tracing is a global illumination based rendering method for generating realistic images on the computer In ray tracing, a ray of light is traced in a backwards direction.

888 views • 39 slides

Refraction Seismology Chapter :: 6

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Chapter 35

458 views • 34 slides

Computer Graphics (Fall 2003)

Computer Graphics (Fall 2003). COMS 4160, Lecture 17: Ray Tracing Ravi Ramamoorthi. http://www.cs.columbia.edu/~cs4160. The Internet Ray Tracing Competition: http://www.irtc.org. Image courtesy Paul Heckbert 1983. Effects needed for Realism. Shadows

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Refraction Day 2

Refraction Day 2. - Speed of Light - Index of Refraction - Calculating the Index of Refraction - Calculating the Speed of Light - Total Internal Reflection. Speed of Light.

329 views • 20 slides

Light reflection

Light reflection. Project made by Victor D Ioana Diana N Andreea Maria S. The reflection of Mount Hood in Trillium Lake. Laws of reflection. Specular reflection.

497 views • 19 slides

Chapter 22

271 views • 19 slides

Image characteristics & laws of reflection

Image characteristics & laws of reflection. REMEMBER SILT (SALT). REMEMBER SALT (OR SILT). We use 4 main characteristics to describe an image. S ize of an image compared to the object (Ex. Same Size, Smaller, Larger). SILT/SALT. 2. I nversion of Image

353 views • 18 slides

Distributed Ray Tracing

Distributed Ray Tracing. Robert L. Cook Thomas Porter Loren Carpenter. What is Distributed Ray Tracing?. Distributed Ray Tracing uses randomly distributed oversampling to remove the aliasing effect in the rendered image. Distributed Ray Tracing Topics. Gloss (Blurred Reflections)

464 views • 18 slides

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Chapter 25

Chapter 25. The Reflection of Light: Mirrors. Wave Fronts and Rays. The Reflection of Light. Law of Reflection: The incident ray, the reflected ray, and the noral to the surface all lie in the same plane, and the angle of reflection is equal to the angle incidence:.

317 views • 14 slides