'Concave mirror' diaporamas de présentation

Chapter 36: Image Formation

Chapter 36: Image Formation. Reading assignment: Chapter 36 Homework 36.1 ( Fri day , May 3, only the first seven problems, plane and concave mirror): OQ2, OQ6, 1, 2, 8, 9, 10 ); rest of the problems (convex mirror) is extra credit: 11, 13, 18, 22, 25

893 views • 64 slides

Chapter 13

Light and Reflection. Chapter 13. 13.1 LIGHT. Electromagnetic Radiation . The difference among waves is the nature of the vibrating source. An electromagnetic wave is the coupled vibration of electric and magnetic fields free of matter.

688 views • 57 slides

Waves

Waves. Mr. King. What are WAVES?. 1. The definition of a wave is? Energy that causes something to move a distance. 2. List some waves we will be exploring in this unit. Sound, Earthquakes & Light. Transverse Wave. Compression Wave.

663 views • 53 slides

565 views • 44 slides

Optics and Telescopes

676 views • 30 slides

Reflection and Refraction of Light

Physics 102: Lecture 17. Reflection and Refraction of Light. Exam 2 results. Raw mean = 87.8 / 115 (76.3%) Scaled mean = 76.3% Raw mean improved by 10% compared to Exam 1 Answers will be posted after March 18 Concerned? Diagnose the issue Physics understanding? Test taking?

482 views • 23 slides

508 views • 23 slides

Purpose of this Minilab

Purpose of this Minilab. Apply the basics of ray tracing to learn about reflection and refraction of light. Activity 1: Light Reflection at Plane Surfaces. Angle of incidence. Angle of reflection. Index of refraction of the two materials. n i. n t. Angle of transmission (refraction).

325 views • 22 slides

Micro-mirror

399 views • 22 slides

Light I

455 views • 21 slides

Present Status of the Nd:YAG Thomson Scattering System Development for Time Evolution Measurement of plasma profile on

Present Status of the Nd:YAG Thomson Scattering System Development for Time Evolution Measurement of plasma profile on Heliotron J. 2011.11.3 APFA2011. Takashi Minami , Shohei Arai, Naoki Kenmochi, Hiroaki Yashiro,

356 views • 20 slides

Reflection of Light

Animations courtesy of Dr. Dan Russell, Kettering University. Reflection of Light. Reflection: the turning back of a wave after meeting the boundary of a medium. Types of Behaviors:. Scattered reflection. Regular Reflection. transmitted. absorbed.

480 views • 14 slides

Telescopes and Microscopes

Telescopes and Microscopes. Question:. When you look through the converging eyepiece of a telescope, you see an enlarged image of a distant object. If you replace the eyepiece with one having more curvature and a shorter focal length, will the image you see appear larger or smaller?.

261 views • 13 slides

CHAPTER - 15 LIGHT

CHAPTER - 15 LIGHT. 1) Light travels along a straight line :-. Activity :-

65.63k views • 12 slides

Analysis for Optics Lab

Analysis for Optics Lab. Choose 6 hypothesis/data sections and analyze the hypothesis and the data Briefly summarize the experimental setup Summarize the data and explain WHY the observed phenomenon occurred Discuss whether the results proved or disproved your hypothesis.

313 views • 11 slides

Lens Aberrations

Hope College, PHYS 352, Spring 2013. Lens Aberrations. Aberration: a departure from the paraxial limit. Paraxial limit: (1) Rays are kept close to the optic axis. (2) Small angle approximation (1 st Order). 5 th Order 3 rd Order 1 Order.

408 views • 11 slides

Chapter 13- Section 3

222 views • 10 slides

Chapter 23 Light

Chapter 23 Light. 23.1 Ray Model of Light. Light travels in straight lines Ray model of light - light travels in straight line paths called rays geometric optics - straight line rays reflect at various angles light can be absorbed, reflected or pass through objects. 23.2 Reflection.

363 views • 9 slides

Optical technology

351 views • 5 slides

102 views • 0 slides