'Spherical mirror' diaporamas de présentation

Color Deficiency

Color Deficiency. Why do we see certain colors?. We perceive only the reflected colors. Color by Transmission. The color of a transparent object is due to the color that it transmits The material that absorbs colored light is known as pigment. Pigment.

967 views • 72 slides

Mirrors and Lenses

Mirrors and Lenses. Mirrors and Lenses. Sections 1-4. Flat Mirrors. Images Formed by Spherical Mirrors. Concave Mirrors and Sign Conventions. Thin Lenses. Flat Mirrors.

2.76k views • 68 slides

LIGHT

LIGHT. WHAT IS LIGHT?. Light is a form of energy that travels away from the source producing it at a speed of 3 x 10 8 m s -1. Transparent: allows light to pass through it, and can see clearly through it e.g. glass

748 views • 51 slides

Ultra High Energy neutrinos detected from the orbit: possibilities, limits and technical problems

538 views • 44 slides

Chapter 31

Chapter 31. Images. Mirrors and Lenses: Definitions. Images are formed at the point where rays actually intersect or appear to originate The object distance (denoted by p ) is the distance from the object to the mirror or lens

733 views • 43 slides

Chapter 31

Chapter 31. Images. Mirrors and Lenses: Definitions. Images are formed at the point where rays actually intersect or appear to originate The object distance (denoted by p ) is the distance from the object to the mirror or lens

652 views • 43 slides

Notation for Mirrors and Lenses

Notation for Mirrors and Lenses. The object distance is the distance from the object to the mirror or lens Denoted by p The image distance is the distance from the image to the mirror or lens Denoted by q

635 views • 34 slides

14-3: Curved Mirrors

537 views • 32 slides

Medium and High Energy Photons for Nuclear Particle Physics

411 views • 30 slides

420 views • 27 slides

Honours Presentation

368 views • 27 slides

Introduction to Mirrors

Introduction to Mirrors. Light incident on an object. Absorption. Reflection (bounces)** See it Mirrors. Refraction (bends) Lenses. Often some of each. Everything true for wavelengths << object size. q i. q r. Reflection. Angle of incidence = Angle of reflection q i = q r

675 views • 26 slides

18.1 Mirrors

18.1 Mirrors. Katie Hanna. Mirrors. Mirrors are the oldest optical instruments. Prehistoric humans saw their faces reflected in the quiet water of lakes or ponds. Almost 4,000 years ago, Egyptians used polished metal mirrors to view their images.

420 views • 25 slides

Topics

442 views • 22 slides

Mirror, mirror on the wall!

482 views • 15 slides

THE CRAO'S CONTRIBUTION FOR THE WSO / UV PROJECT

THE CRAO'S CONTRIBUTION FOR THE WSO / UV PROJECT N.V.STESHENKO.

231 views • 14 slides

23.1 The Ray Model of Light We assume that light travels along a line or ray. Geometry

23.1 The Ray Model of Light We assume that light travels along a line or ray. Geometry. 23.2 Images with a Plane Mirror ? i = ? r. 23.2 Images with a Plane Mirror Distance and height of object vs. image Image: is it real or virtual?. 23.3 Images with a Spherical Mirror

399 views • 10 slides

Chap-34: Images

Chap-34: Images. One of the most important uses of the basic laws governing light is the production of images. Images are critical to a variety of fields and industries ranging from entertainment, to security, to medicine.

241 views • 8 slides

Hand with a reflecting sphere

Hand with a reflecting sphere. In the first two classes, Professor Sidney showed the image in the right side.

135 views • 3 slides

A possible origin of ultra-high energy cosmic rays: collisions of two galaxies

35 views • 2 slides