Curved Mirrors: Concave

Slides:

Advertisements

Similar presentations

Learning Outcome Draw a ray diagram to find the position, nature and size of the image produced by a concave and convex mirrors.

Advertisements

Reflection w/ curved mirrors

Optics: Reflection, Refraction Mirrors and Lenses

PHYSICS InClass by SSL Technologies with S. Lancione Exercise-48

Optics Mirrors and Lenses The Principle of Reflection The Angle of Incidence = The Angle of Reflection.

Plane Mirrors Flat mirror that is most common. The image we see in a mirror is called a virtual image. [

Unit 3:Light.  Terms: Curved mirror- can be thought of as a large number of plane mirrors all having slightly different angles. The laws of reflection.

UNIT 8 Light and Optics.

Concave Mirror The center C of a concave mirror is outside the mirror. Focal point F is also outside the mirror, half way between the center and the surface.

Chapter 34: Mirrors 1 We will consider three varieties of mirrors Spherical Concave Mirror Plane Mirror Spherical Convex Mirror Photos from Fishbane,

Chapter 13: Section 3. Learning Targets Describe the difference between a real and a virtual image Draw ray diagrams for objects located at various distances.

Mirrors Law of Reflection The angle of incidence with respect to the normal is equal to the angle of reflection.

14.3 Curved Mirrors Date, Section, Pages, etc. Mr. Richter.

Curved Mirrors.

Optics Mirrors and Lenses Reflection We describe the path of light as straight-line raysWe describe the path of light as straight-line rays Reflection.

Mirrors Ch. 20. Mirrors Mirror – any smooth object that reflects light to form an image.

CH 14: MIRRORS & LENSES 14.1: Mirrors. I. Plane Mirrors  Flat, smooth mirror  Creates a virtual image: an image your brain perceives even though no.

11.9 Images in Curved Mirrors

Curved Mirrors and Ray Diagrams SNC2D. Concave Mirrors A concave mirror is a curved mirror with the reflecting surface on the inside of the curve. The.

Formation of Images by Spherical Mirrors

J.M. Gabrielse Concave (just a part of a sphere).

Mirrors and Lenses Physics Spring 2002.

Optics Lesson 4 Reflection In Curved Mirrors

Spherical Mirrors Spherical mirror – a section of a sphere of radius R and with a center of curvature C R C Mirror.

17.2 Curved Mirrors Waseem A. Alhausani M.Sc. ATHS – RAK 8/2/2012.

1 Reflection and Mirrors. 2 The Law of Reflection “ The angle of incidence equals the angle of reflection.”

Chapter 14 Light and Reflection

Image Formation. We will use geometrical optics: light propagates in straight lines until its direction is changed by reflection or refraction. When we.

There are some mirrors that distort the reflected image. Cosmetic mirrors magnify things, and other mirrors make things look smaller.

Curved Mirrors. Types of curved mirrors: Concave mirror –A mirror whose reflecting surface curves inward – Converging mirror Convex mirror –A mirror whose.

Ray Diagrams for spherical mirrors. Finding the focal point Center of Curvature (C)- if the mirror actually was a sphere, this is the center of that sphere.

Can YOU determine the general characteristics of the “image” 1.Its location (closer than, further than or the same distance as the object and the mirror)

Optics Mirrors and Lenses. Light Light can be a wave or a particle.Light can be a wave or a particle. Individual particles of light are called photons.Individual.

3/4/ PHYS 1442 – Section 004 Lecture #18 Monday March 31, 2014 Dr. Andrew Brandt Chapter 23 Optics The Ray Model of Light Reflection; Image Formed.

13-3 and Notes Mirrors. Concave Mirror – An inwardly curved, mirrored surface that is a portion of a sphere and that converges incoming light. Concave.

J.M. Gabrielse Concave (just a part of a sphere).

Light and Reflection Curved Mirrors. Concave Spherical Mirrors Concave spherical mirror – an inwardly curved, spherical mirrored surface that is a portion.

Properties of Reflective Waves Curved Mirrors. Image close to a concave mirror appear:

Curved Mirrors Chapter 14, Section 3 Pg

Mirror Equation Ray diagrams are useful for determining the general location and size of the image formed by a mirror. However, the mirror equation and.

Chapter 7 Light and Geometric Optics

Plane Mirror: a mirror with a flat surface

Reflection & Mirrors. Reflection The turning back of an electromagnetic wave (light ray) at the surface of a substance. The turning back of an electromagnetic.

Optics Mirrors and Lenses Reflection We describe the path of light as straight-line raysWe describe the path of light as straight-line rays Reflection.

Reflection of Light. Reflectance u Light passing through transparent medium is transmitted, absorbed, or scattered u When striking a media boundary, light.

Image Formation. Flat Mirrors  p is called the object distance  q is called the image distance  θ 1 = θ 2 Virtual Image: formed when light rays do.

Principal axis FCC Image Characteristics Real Inverted f < d i < 2f h i < h o Any incident ray parallel to the principal axis will reflect through the.

Curved Mirrors. Curved Mirrors have as many different uses as plane mirrors. Curved mirrors for this class are spherical mirrors because they have the.

Mirrors why bother? see yourself telescopes cars Projectors/TV magic.

Reflection and mirrors  SC.7.P.10.2  Observe and explain that light can be reflected, refracted, and/or absorbed.  La  The student will organize.

Refraction 5/4/15 5/4Reflection mystery 5/5Refraction TB p 558 #1-10 5/6Refraction TB p 558 #1-10 5/7Snell’s Law TB p. 561 read and CN Essential Questions.

Optics - Mirrors Reflection We describe the path of light as straight-line raysWe describe the path of light as straight-line rays Reflection off a flat.

Optics Mirrors and Lenses Reflection We describe the path of light as straight-line rays Reflection off a flat surface follows a simple rule: –angle.

Optics: Reflection, Refraction Mirrors

Optics: Reflection, Refraction Mirrors and Lenses

Optics Mirrors and Lenses Reflection We describe the path of light as straight-line raysWe describe the path of light as straight-line rays Reflection.

Optics: Reflection, Refraction Mirrors and Lenses

RAY DIAGRAMS FOR MIRRORS

Images in a Curved Mirrors

Properties of Curved Mirrors

Light and Sound.

View kacleaveland's map

Concave Mirror The center C of a concave mirror is outside the mirror.

Optics: Reflection, Refraction Mirrors and Lenses

Optics: Reflection, Refraction Mirrors and Lenses

Optics: Reflection, Refraction Mirrors and Lenses

Optics: Reflection, Refraction Mirrors and Lenses

Optics: Reflection, Refraction Mirrors and Lenses

Presentation transcript:

Curved Mirrors: Concave Applied Physics and Chemistry Reflection Lecture 2

Optics: Reflection, Refraction 05/25/2006 Curved mirrors What if the mirror isn’t flat? light still follows the same rules, with local surface normal Parabolic mirrors have exact focus spherical mirrors may experience distortion used in telescopes, backyard satellite dishes, etc. also forms virtual image education.jlab.org/powerpoint/0708_optics_mirrors_and_lenses.ppt Lecture 16

View kacleaveland's map "Have you ever approached a giant concave mirror? See your upside-down image suspended in mid-air. Walk through the image to see a new reflection, right-side-up and greatly magnified. In the background you see reflected a room full of visitors enjoying other Taken in a place with no name (See more photos or videos here) View kacleaveland's map Concave Mirrors Curve inward May be real or virtual image education.jlab.org/powerpoint/0708_optics_mirrors_and_lenses.ppt

Concave Mirror The center C of a concave mirror is outside the mirror. Focal point F is also outside the mirror, half way between the center and the surface of the mirror. The focal length f is half of the radius of curvature. www.physics.umd.edu/courses/Phys106/FL11.ppt

Image from a concave mirror: case 1 Step 1 Step 2 Step 3 Step 4 www.physics.umd.edu/courses/Phys106/FL11.ppt

Image from a concave mirror: case 1 www.physics.umd.edu/courses/Phys106/FL11.ppt

Properties of the Image If we put an object outside of the center of a concave mirror, we find the image is Real, in the sense that all light rays pass through the image. Inverted, in the sense that the direction of the arrow has been changed. The image is smaller! www.physics.umd.edu/courses/Phys106/FL11.ppt

Animation for case 1 www.physics.umd.edu/courses/Phys106/FL11.ppt

Image for a concave mirror: case 2 www.physics.umd.edu/courses/Phys106/FL11.ppt

If the object is in between the center and the focal point, the image is Real Inverted Magnified in the sense that the image is bigger than the real object. www.physics.umd.edu/courses/Phys106/FL11.ppt

Animation for case 2 www.physics.umd.edu/courses/Phys106/FL11.ppt

Image from a concave mirror: case 3 www.physics.umd.edu/courses/Phys106/FL11.ppt

Image from a concave mirror: case 3 www.physics.umd.edu/courses/Phys106/FL11.ppt

Animation for case 3 www.physics.umd.edu/courses/Phys106/FL11.ppt

Properties of the image If the object is closer to the mirror than the focal point F, the image is Virtual, it is behind the mirror Upright, not inverted Magnified www.physics.umd.edu/courses/Phys106/FL11.ppt

Java Applet http://www.microscopy.fsu.edu/primer/java/mirrors/concave.html