'Spherical mirrors' presentation slideshows

Mirrors

1.06k views • 68 slides

Mirrors and Lenses

Mirrors and Lenses. Mirrors and Lenses. Sections 1-4. Flat Mirrors. Images Formed by Spherical Mirrors. Concave Mirrors and Sign Conventions. Thin Lenses. Flat Mirrors.

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Ray optics

Ray optics. Every point on a luminous or illuminated surface produces light rays in all available directions. The image in a plane mirror is called a virtual image , meaning that no light rays pass through the image. Rather light rays only appear to originate at the image.

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Chapter 23

Chapter 23. Mirrors and Lenses. 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

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AP Physics B Lecture Notes

Chapter 23 Mirrors and Lenses. AP Physics B Lecture Notes. Mirrors and Lenses. Sections. 23-01 Flat Mirrors. 23-02 Images Formed by Spherical Mirrors. 23-03 Concave Mirrors and Sign Conventions. 23-06 Thin Lenses. Flat Mirrors. B. A.

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Essential Question: How do images form by reflection?

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Light, Reflection, and Refraction

Light, Reflection, and Refraction. Chapters 14 and 15 OPTICS. Electromagnetic Waves. Magnetic field wave perpendicular to an electric field wave All objects emit EMWs. ? Temp ?EMW Electromagnetic spectrum Range of all frequencies of light

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Stato del progetto RICH di LHCb

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Chapter 35 Mirrors Lenses

Images. Chapter 35 Mirrors Lenses. Image Formation. We will use geometrical optics : light propagates in straight lines until its direction is changed by reflection or refraction. When we see an object directly, light comes to us straight from the object .

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14-3: Curved Mirrors

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OPTICS

OPTICS. OPTICS. The subject of optics deals with the interaction of light with matter. Our earliest ideas about light helped us understand how we see things and how lenses and mirrors work.

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Images

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Mirrors

Mirrors. Plane Mirror: a mirror with a flat surface. Plane mirrors create virtual images. A virtual image is a point at which light rays appear to diverge without doing so. Plane. Mirrors.

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What do we see?

What do we see?. Law of Reflection. Properties of Spherical Mirrors. Ray Tracing. Images and the Equations. Physics 212 and 222. Magnetic Forces. TOC. 2. Physics 212 and 222. Magnetic Forces. TOC. ?. ?. Dr. Mike. Dr. Mike. Law of Reflection. 3. Physics 212 and 222.

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Ray Diagrams in Concave Mirrors

Ray Diagrams in Concave Mirrors. Unit:Optics SNC 2DO. Curved Mirrors. C urved mirrors - have a spherical shape They are called spherical mirrors

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25.4: Spherical Mirrors

25.4: Spherical Mirrors. Concave Mirror. Light rays near and parallel to the principal axis are reflected from a concave mirror and converge at the focal point F . The focal length f is the distance between F and the mirror. Focal Length and Radius.

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Lecture 14 Mirrors

Lecture 14 Mirrors. Chapter 23.1 ? 23.3. Outline. Flat Mirrors Spherical Concave Mirrors Spherical Convex Mirrors. Flat Mirrors. p. q. Source of light is placed at point O at a distance p from a flat mirror. Point I is the image of point O . q is the image distance.

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Curved Mirrors

Curved Mirrors. Samantha Nelson Mrs. Grayot Physics Per. 6 March 2, 2009. Definition. A Curved Mirror is a reflective surface that is a segment cut from a sphere or a parabola. Spherical: a mirror whose reflecting surface is cut from the inward or outward curve of a sphere.

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PROPOSAL TO INCLUDE FREE FORM MIRRORS IN REG. ECE 46.06

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