'Flat mirror' diaporamas de présentation

Chapter 36

Chapter 36. Image Formation. Notation for Mirrors and Lenses. The object distance is the distance from the object to the mirror or lens Denoted by p The image distance is the distance from the image to the mirror or lens Denoted by q

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LIGHT

LIGHT. Everything written in black has to go into your notebook Everything written in blue should already be in there. WHAT IS LIGHT?. Light is a form of energy that travels away from the source producing it at a speed of 3 x 10 8 m s -1.

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Reflective Optics

Reflective Optics. Chapter 25. Reflective Optics. Wavefronts and Rays Law of Reflection Kinds of Reflection Image Formation Images and Flat Mirrors Images and Spherical Mirrors The Paraxial Approximation and Aberrations. Wavefronts and Rays.

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What causes waves (in general)? What do waves transfer ?

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mirrors and lenses

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Telescopes:

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Chapter 13 Light and Reflection

Chapter 13 Light and Reflection. Ms. Hanan Anabusi. 13-2 Flat Mirrors. Objectives: Distinguish between specular and diffuse reflection of light. Apply the law of reflection for flat mirrors. Describe the nature of images formed by flat mirrors. Reflection of light.

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Telescopes

Telescopes. How do they work?. 1. History. 2. Lenses & Hardware. 3. Reflecting Telescopes. 4. Refracting Telescopes. History. Hans Lippershey Middleburg, Holland invented the refractor telescope in 1608 Galileo

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Chapter 36

Chapter 36. Image Formation 1: Flat mirror Spherical mirrors. Notation for Mirrors and Lenses. Object : that emits light. Image : that forms in our brain. Magnification : The ratio of the size of the image to the size of the object. . Notation for Mirrors and Lenses.

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Chapter 23

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120GB-300Gb Optical Interconnect Solutions for Optical backplane and Optical Routers

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14.2 Flat Mirrors

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Chapter 36: Image Formation

Chapter 36: Image Formation . Suggested Problems: 3,7,9,23,28,33,45,73,77. Flat Mirrors . p is called the object distance q is called the image distance ? 1 =? 2. Virtual Image: formed when light rays do not pass through the image point but only appear to diverge from that point .

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REFLECTION/ REFRACTION

REFLECTION/ REFRACTION. BOUNCING AND BENDING LIGHT. WAVE MEETS WALL. TOTAL REFLECTION PARTIAL REFLECTION DEPENDS ON THE MATERIAL . LAW OF REFLECTION. ANGLE OF INCIDENCE ANGLE OF REFLECTION LAW OF REFLECTION ANGLE OF INCIDENCE = ANGLE OF REFLECTION. MIRRORS. VIRTUAL IMAGE

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Chapter 36

Chapter 36. Image Formation 1: Flat mirror Spherical mirrors. Find the image, method 2, the mirror/lens equation. When a spherical mirror is given, we know its radius R .

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Reflection of light - mirrors

Reflection of light - mirrors. Behavior of light using mirrors:. Rays of light hitting a flat mirror reflect in the same direction. However, rays of light hitting a curved mirror reflect in different directions. There are two types of mirrors: concave and convex . Concave mirrors.

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Chapter 15

Chapter 15. Reflection and Refraction. 15.1 Reflection of Light. Energized electrons help you see (vibrations emit light) Black absorbs, white emits Law of reflection- angle of reflection equals angle of incidence Normal- perpendicular to reflective surface

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Opposing views to 3D Beamforming

Opposing views to 3D Beamforming. Yin Zhu yinz@ust.hk 20 Feb 2013. Scale. Typical usage of 60GHz: wireless connection between a DVD player and an HDTV. The distance between racks is much longer. . Not many racks can be put inside this area. . Is the link quality stable enough? .

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Indian Institute of Astrophysics

Indian Institute of Astrophysics a premier Institute for Research & Development in Astronomy & Astrophysics.

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