PPT-Concave (converging) Mirrors

Textbook Reference 103 P419430 Learning Goals Understand how to draw ray diagrams for concave mirrors Be able to identify when images are real or virtual Success Criteria To draw at least one ray diagram for concave mirrors and to identify if the image is real or virtual. Optics. is the study of the behavior and properties of light.. This includes it’s interactions with objects including mirrors, lenses, and substances which reflect or scatter light.. When Light Strikes an Object. Concave or . C. onverging Mirrors. Ex. Inside of a spoon. Rules for Drawing Ray diagrams for curved mirrors. Start by drawing the three critical rays;. Incident ray that is . parallel to the principle axis . The most common type of curved mirror is a spherical mirror. A spherical mirror has the shape of a section from the surface of a sphere. Curved Mirrors. Concave mirror – the inside surface of the mirror is polished. Refraction of Light. EM lesson 8. Convex . (converging) Lens. Thicker in the center than at the edges. Have positive focal lengths . Converge. . parallel rays of light that pass through them. Rules for convex lenses. Chapter 19. Reflection. The smooth surface of the lake reflects light rays so that the observer sees an inverted image of the landscape.. Law of Reflection. The law of reflection states that the angle of reflection is equal to the angle of incidence. . Important vocabulary. Reflection- . the bouncing back of light from a surface.. Plane Mirror- . a mirror with a flat surface.. Concave Mirror- . a mirror that curves inwards in the middle. Convex Mirror- . MIRRORS. Concave Mirrors. A con. cave. mirror has a surface that curves inward like a “. cave. ” or a bowl.. It follows the law of reflection, however, when parallel light rays approach a curved surface and strike at different points on the curve, each ray will reflect at a slightly different direction. . S4P1 Students will investigate the nature of light using tools such as mirrors, lenses, and prisms. ..  . c. . Identify the physical attributes of a convex lens, a concave lens, and a prism and where each is used. . How do eyeglasses correct your vision?. When you look in a mirror, where is the face you see?. In which ways is a cell phone camera similar to a human eye?. © 2014 Pearson Education, Inc.. Plane mirrors. 12.2 Refraction of Light. 12.3 Total Internal Reflection. 12.4 Refraction by Thin Lenses. 12.5 Ray Diagrams for Thin Converging Lenses. Chapter 12 Light. 12.4 Refraction by Thin Lenses. Learning Outcomes. December 4. th. . REVIEW. What do you remember. ?. December 4. th. 2015 page 111. DO: I . will be able to explain the nature of waves, their behaviors and characteristics as they are manipulated by mirrors and lenses. Transparent/Translucent/Opaque. WS. Take out NASA picture (from Friday). Homework: Read & take notes on chapter 23, section 3 (last one - you finished the book). Review & reinforce Study Island & Skills Tutor due Thursday. Reading and Math Skills Tutor due Friday (last one).. 3NOTESprototype to volume production manufacturing Give us a call and we will be honored to assist youDon146t see exactly what you are looking forMirrorscvilaseropticscom4SELECTION GUIDEWAVELENGTHSREF 1. Submitted by the expert from Italy. Informal document . GRSG-117-17. 117th GRSG, 8–11 October 2019. Agenda item 7(a). Summary. The purpose of the following analysis is to offer an update of quality in optical vision in rear view mirrors by adopting innovative surface designs and manufacturing processes. The intention is to let the current spherical product continue to be offered on the market and at the same time to let the new generation of free form mirrors to be offered to improve the quality of the reflected images and optimize the mirror size for a given field of vision..