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16 paź 2017 · Geometric optics examines light behavior using a ray model, where light travels in straight lines. It discusses types of optical devices like mirrors and lenses, which can reflect or refract light to control its path.
- Geometric optics | PPT | Free Download - SlideShare
This document provides an overview of geometric optics,...
- Geometric optics | PPT - SlideShare
This document provides an overview of geometric optics,...
- Geometric optics | PPT | Free Download - SlideShare
11 sty 2012 · This document provides an overview of geometric optics, including reflection, mirrors, refraction, and lenses. It discusses how light rays reflect off mirrors according to the law of reflection, forming real images with plane mirrors and virtual images with spherical mirrors, whether concave or convex.
23 mar 2016 · This document provides an overview of geometric optics, including the ray model of light, reflection, refraction, and image formation using plane mirrors, spherical mirrors, and thin lenses.
1 Physics 202 Lecture 9 Geometric Optics. 2 Geometric optics ignores the wave nature of light and is based on geometric laws. 3 A curved mirror will act as a lens creating a magnified image based on its focal length. 4 In a ray diagram, we only need a few key rays to identify the image location.
3 sty 2012 · Geometric optics ignores the wave nature of light and is based on geometric laws. A curved mirror will act as a lens creating a magnified image based on its focal length. In a ray diagram, we only need a few key rays to identify the image location.
When doing geometric optics problems it is much simpler to draw the lens/mirror as a line so that the light relects/refracts at the line. This saves us from having to show the lights behavior inside the lens.
A presentation on geometrical optics, covering topics such as reflection, refraction, lenses, and dispersion. Includes ray diagrams, equations, examples, and applications.
