4/24/06 Light and Quantum Physics, continued Lenses and Images Lab #11 this afternoon Wednesday’s Reading: No new reading re-read Section 15.1: Cameras.

Slides:



Advertisements
Similar presentations
Chapter 30 Lenses. Lens – a lens is a transparent material that bends light rays depending on its shape Converging lens – a lens (top left) in which light.
Advertisements

Physics 145 Introduction to Experimental Physics I Instructor: Karine Chesnel Office: N319 ESC Tel: Office hours: on appointment.
Fisica Generale - Alan Giambattista, Betty McCarty Richardson Copyright © 2008 – The McGraw-Hill Companies s.r.l. 1 Chapter 24: Optical Instruments Combinations.
(c) McGraw Hill Ryerson Using Lenses to Form Images A lens is a piece of transparent material that can bend, or refract, light rays in useful.
26.6 Lenses. Converging Lens Focal length of a converging lens is real and considered positive.
4/14/06 More Electromagnetic Waves Monday’s Reading: Section 14.1: Sunlight (pp. 443 – 453) Upcoming Reading Assignments: Section 14.2: Discharge Lamps.
4/28/06 Image Sensors & The Eye Fiber Optics CD’s & DVD’s (if time) Monday: Finish off Section 15.2 Course Wrap-up Exam 3 discussion Poster Session: 2.
Homework Set 4: From “Seeing the Light” Chapter 3: (starting page 101) P9, P10, P11, PM3 From “Seeing the Light” Chapter 4: P2, P5, P7, P13 Due: Monday,
PH 103 Dr. Cecilia Vogel Lecture 7. Review Outline  Lenses  ray diagrams  images  thin lens equation  Lenses  application to camera, eye, and corrective.
5/1/06 Fiber Optics (continued) CD’s & DVD’s Poster Session: 2 – 5 pm Show up between 1:30 and 2 (if possible) to set up Schedule Reviews HW #8 due Wed.
Fig Lensmaker’s equation for a thin lens: 1 / f = (n – 1) (1 /R /R 2 ) © 2003 J. F. Becker San Jose State University Physics 52 Heat and Optics.
C F V Light In Side S > 0 Real Object Light Out Side S ’ > 0 Real Image C This Side, R > 0 S < 0 Virtual Object S ’ < 0 Virtual Image C This Side, R
Saturday May 02 PST 4 PM. Saturday May 02 PST 10:00 PM.
4/24/06 Lenses and Images, continued Friday’s Reading: Section 15.2: Optical Recording and Communication (pp. 489 – 497) Poster Meetings Wednesday 11 am:
Today 2/5  Images and Lenses  Lab: Any Questions?  Start reading chapter on Lenses  HW:2/5 “Converging Lens” (3 pages) Due Friday, 2/7  Exam.
Geometric Optics Ray Model assume light travels in straight line
4/17/06 Sunlight Wednesday’s Reading: Section 14.2: Discharge Lamps (pp. 454 – 463) This afternoon: Lab #10 Upcoming Reading Assignments: Section 14.3:
4/19/06 Spectra: Continuous vs. Discrete Friday’s Reading: Section 14.3: Lasers and LEDs (pp. 464 – 470) Upcoming Reading Assignments: Section 15.1: Cameras.
Converging lenses Diverging Lenses The Lens Equation We can make use of the fact that changing the focal length and position of the object we can change.
Thin Lenses.
Optics.
Major Concepts of Physics PHY 102 – Lecture #  Syracuse University Lecture #12 How do the images form using mirrors and lenses? February 25 th.
BA271 Week 9 Lecture Three topics: o Upcoming schedule o Query Quiz review o Normalizing a database.
PHY138 – Waves, Lecture 8 Today’s overview: Dispersion and Rainbows Lenses The Thin Lens Equation Lenses used in Combination.
Chapter 20 Mirrors and Lenses. Objectives 20.1 Explain how an image is formed in three types of mirrors 20.1 Identify examples and uses of plane, concave,
PHY138 – Waves, Lecture 9 Today’s overview Lenses The Thin Lens Equation Lenses Used in Combination.
Unit 5, Chapter 15 Integrated Science. Unit Five: Light and Optics 15.1 Seeing an Image 15.2 The Human Eye 15.3 Optical Technology Chapter 15 Optics.
Thin Lens Optics Physics 11. Thin Lens Optics If we have a lens that has a small diameter when compared to the focal length, we can use geometrical optics.
Today’s agenda: Death Rays. You must know when to run from Death Rays. Refraction at Spherical Surfaces. You must be able to calculate properties of images.
Today 2/7  Diverging Lenses--Ray Diagrams and Math  HW Questions?  Start reading chapter on Lenses  HW:“2/7 Diverging Lens” (three pages) Due.
Ray Diagrams Noadswood Science, 2013.
Ray Diagrams for Lenses. Convex (Converging) Lenses There are two Focal points One in Front and one Behind Focal point is ½ way between Center of Curvature.
Lenses.
The Thin Lens Equation. Let’s us predict mathematically the properties of an image produced by a lens.
Bellwork What is light? What is light? It is range of EM radiation that can be detected by the human eye. It is range of EM radiation that can be detected.
ECEn 191 – New Student Seminar - Session 11: Photonics Photonics ECEn 191 New Student Seminar.
Lab 9: Geometrical optics Only 3 more labs to go!! Today we are going to do three experiments: 1. Measure the intensity of light as a function of distance.
Mirrors and Lenses. Mirrors and Images Key Question: How does a lens or mirror form an image?
Introduction Conservation of Momentum Wednesday, December 2nd.
Geometric Optics: Mirrors and Lenses. Mirrors with convex and concave spherical surfaces. Note that θ r = θ i for each ray.
Ray diagrams, lens equation Thursday, April 21, 2016.
Thin Lenses. Two Types of Lenses Converging – Thicker in the middle than on the edges FOCAL LENGTH (+) POSITIVE Produces both real and virtual images.
Lenses, Ray diagrams, CNs Wednesday, April 20, 2015.
講者: 許永昌 老師 1. Contents The Ray Model of Light Object Eye Ray diagram and Ray tracing Aperture Reflection Specular reflection The Plane Mirror Diffuse.
My Plan to Go to Around the world By: Benedict/5C.
Introduction Conservation of Momentum Wednesday, December 2nd.
Lenses Topic 13.4.
Ch. 30 Lenses.
Lenses.
Notes 23.3: Lenses and Images
13.4 The Lens Equation.
Thin Lenses-Intro Notes
Chapter 7 Light and Geometric Optics
Refraction at Spherical Surfaces.
Introduction to Lenses
Refraction at Spherical Surfaces.
14-2 Thin lenses.
Thin Lenses A lens is a transparent object with two refracting surfaces whose central axes coincide. The common central axis is the central axis of the.
17.2 Mirrors, Lenses, and Images
5.3 Using Lenses to Form Images
Unit 8, Lesson 7 Convex Lenses.
Images Formed by Lenses
5.3 Using Lenses to Form Images
Equations with Lenses SNC2D.
The Thin-Lens Equation
Summary of Sign Conventions
Lenses.
Thin Lens Equation 1
5.3 Using Lenses to Form Images
Lenses Refract and Focus Light
Presentation transcript:

4/24/06 Light and Quantum Physics, continued Lenses and Images Lab #11 this afternoon Wednesday’s Reading: No new reading re-read Section 15.1: Cameras (pp. 478 – 488) Reading quiz on Section 15.1 Upcoming Reading Assignments: Section 15.2: Optical Recording and Communication (pp. 489 – 497)

Poster Meetings Monday 5 pm: Chris G./Zach Tuesday 4 pm: Kyle/Sandy 5 pm: Alex/Emily Wednesday 11 am: 12 noon: Allie/Lindsay 1 pm: 2 pm: John/Lauren 3 pm: Chrissy/Janine 4:30 pm: Amy V./Tara. Thursday 9 am: 5 pm: Katie/Megan Friday 11 am: Amy B./Louisa 1 pm: Josi/Michelle 2 pm: 3 pm: Put Poster together – Sunday afternoon Poster Session – Monday 2 pm – 5 pm

Light Emitting Diode

Spontaneous AbsorptionSpontaneous Emission Stimulated EmissionIncoherent vs. Coherent

LASER Population Inversion

Lenses bend light converging vs. diverging focal length (focal point) (thin) lens equation images: “real” vs. “virtual”