'Ray diagram' presentation slideshows

Jeopardy

This. IS. Jeopardy. Light. Count the Shadows. Plane Mirrors. Curved Mirrors. Refraction. Lenses. Plane Mirrors. Count the Shadows. Lenses. Light. Curved Mirrors. Refraction. $100. $100. $100. $100. $ 100. $100. $200. $200. $200. $200. $200. $200. $300. $300.

727 views • 72 slides

Light and Optics

464 views • 36 slides

The law of reflection:

510 views • 31 slides

Physics Chp 15

368 views • 29 slides

Lenses: Drawings

Lenses: Drawings. Lesson 9 November 23 rd , 2010. Seeing in the Dark.

544 views • 28 slides

Lenses

Lenses. Lesson 10. Types of Lenses. If you have ever used a microscope, telescope, binoculars, or a camera, you have worked with one or more lenses.

270 views • 25 slides

Now consider refraction through this piece of glass:

345 views • 20 slides

Flat Mirrors

385 views • 17 slides

Reflection & Mirrors

Reflection & Mirrors. Recap:. Diffuse reflection: gives a blurry image (or none at all). Specular reflection: gives a clear image. Mirror types: PLANE CONVEX CONCAVE . Plane Mirrors. The image formed by plane mirrors can only be seen behind the mirror.

377 views • 17 slides

Light

Light. Light travels in a straight line. It will not bend around corners Nor will it travel through your hand. Objects that do not allow light to travel through are called OPAQUE What are some examples that you can think of??. When light hits an opaque object, a shadow is created.

339 views • 16 slides

The King David High School Science Department

The King David High School Science Department. Drawing Curved Mirror Ray Diagrams. By Mr Jones. Drawing a ray diagram for a concave mirror. Example 1. F. F. Drawing a ray diagram for a concave mirror. Example 1.

257 views • 13 slides

26.6  Lenses

26.6  Lenses. Converging Lens. Focal length of a converging lens is real and considered positive. Diverging Lens. Focal length of a diverging lens is virtual and considered negative. 26.7  The Formation of Images by Lenses Ray Diagrams. Image Formation by a Converging Lens. Magnifying Glass.

300 views • 11 slides

Reflection

Reflection. Physics Department, New York City College of Technology. Reflection The law of reflection Plane mirror Concave mirror Convex mirror Mirror equation Ray tracing diagram. Key words. The incident and reflected rays lie in the same plane with the normal to the surface

109 views • 10 slides

5.1 The Ray Model of Light

5.1 The Ray Model of Light. Some properties of light are best described by considering light as a wave. Other properties of light are best described by considering light as a particle. The ray model of light uses a straight line, or ray, to show the direction the light wave is traveling.

401 views • 7 slides

LOCATING IMAGES IN COVERGING LENSES USING RAY DIAGRAMS

230 views • 6 slides

1) A spider (1 cm tall) stands 3 cm to the left of a concave mirror. If the mirror has a focal length of 1 cm, find d i and h i using a ray diagram. Use the mirror equation and magnification equation to verify your answer.

202 views • 6 slides

Thin Lenses

Thin Lenses.

525 views • 4 slides

Plane Mirror

Plane Mirror. Ray Diagram. The angle of incidence equals the angle of reflection !. Characteristics of Images. S A L T. ize. same size, larger than, or smaller than the object. upright or inverted. ttitude. ocation. closer than, farther than, or the same distance

188 views • 4 slides

LOCATING IMAGES IN DIVERGING LENSES USING RAY DIAGRAMS

184 views • 3 slides