By Skye Broekate. What is a binocular? The first binocular telescope is two telescopes placed side by side. Who developed binoculars first? Johann Lipperhey.

Slides:



Advertisements
Similar presentations
Grade 8 Science Unit 2: Optics
Advertisements

LENSES By Jamie Ortiz.
Telescopes. Introduction  A telescope is designed to form on the retina of the eye a larger image of an object than would be created if the object were.
LENSES. LENSES A light ray bends as it enters glass and bends again as it leaves ◦This refraction is due to the difference in the average speed of light.
By Kristine. An optical device is any technology that uses light. An optical device can be as simple as a mirror, or as complex as the Hubble Space Telescope.
Lenses and Mirrors Mrs. Gergel. Lenses and Mirrors Mrs. Gergel.
Ray Diagrams Notes.
Grade 8 Science Unit 2: Optics Chapter 6: Lenses refract light to form images.
Convex and Concave Lenses.  A concave lens is thicker at the edges than it is at the center.  It spreads light waves apart.
Microscope One or more lense that makes an enlarged image of an object.
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.
Application of Lenses Lenses in Eyes
Topic 5 – Extending Human Vision Tools have been developed, to extend our vision, enabling us to see tiny micro-organisms, far-off distances and the vast.
19.3 Optical Instruments This telescope, located on the summit of Hawaii’s dormant Mauna Kea volcano, is one of the largest telescopes in the United States.
Refraction and Lens. Refraction Refraction: the change in direction of a wave as it crosses the boundary b/w 2 media in which a wave travels different.
Microscopy Chapter 6. Objectives To be able to describe the light path through a simple lens To be able to define a compound microscope and describe the.
The Microscope.
Visual Angle How large an object appears, and how much detail we can see on it, depends on the size of the image it makes on the retina. This, in turns,
Lenses Chapter 30.
Light Chapter 18.
(c) McGraw Hill Ryerson Extending Human Vision Microscopes A compound light microscope uses two convex lenses to magnify small, close objects.
How a microscope works Microscopes create a magnified image using lenses. Light from a lamp is reflected by a mirror (1) up through the specimen on.
Now You See It Marion White and Alex Treser Period 8/9 AP Physics 1.
Table of Contents Light and Color Reflection and Mirrors
Lenses. Applications of Light Refraction What are some common applications of the refraction of light? Cameras Microscopes Lenses Eyeglasses Human eye.
Done by: Liau Yuan Wei (3A317) Friday, October 16, 2015Done by: Liau Yuan Wei1.
Science 8 – Unit C: Light and Optical Systems Topic 5: Extending Human Vision.
(c) McGraw Hill Ryerson Extending Human Vision Microscopes A compound light microscope uses two convex lenses to magnify small, close objects.
True or False: 1. Mirrors are used in some telescopes. 2. Telescopes are often located in humid environments because water vapor in the air enhances visibility.
Extending Human Vision. Microscopes (c) McGraw Hill Ryerson 2007  A compound light microscope uses two convex lenses to magnify small, close objects.
Optical Telescopes Telescopes that detect light waves from stars. This type of telescope uses lenses to bend and focus the light from stars. It was developed.
Lesson 25 Lenses Eleanor Roosevelt High School Chin-Sung Lin.
Eye (Relaxed) Determine the focal length of your eye when looking at an object far away.
Microscopes Life Science. What is a Microscope? Microscope: a tool used to make objects look larger than they really are. “Micro”- means very small “Scope”-
Introduction to Microscopes Tara C. Dale September 8, 2008 Kyrene Akimel A-al Middle School.
Reflection, Refraction, and Absorption Light travels in a straight line. What happens when it hits an object??? It can bounce back (reflect), bend (refract),
MICROSCOPE NOTES.
Sound and LightSection 4 Section 4: Refractions, Lenses, and Prisms Preview Key Ideas Bellringer Refraction of Light Lenses Dispersion and Prisms.
Notes 2-5 OPTICAL TOOLS. Cameras: How do they work? Light from object travels through one or more convex lenses Lens focuses light Puts an image on film.
Dow Now What do you already know about light and how it moves?
November 6th, 2015 Katie Hellier IRIS Science Academy
LENSES Mrs. Franco. Refraction is the bending of light when it moves from one matter to another.
Sound and LightSection 4 EQ: How can the phenomena of reflection, refraction, interference, and diffraction be explained?
{ Light and Lenses Concave and Convex Lenses. A lens is a transparent object with at least one curved side that causes light to bend. The amount of bending.
Table of Contents Light and Color Reflection and Mirrors
The Microscope.
Light Using Light.
Lens Application Camera Movie Projector Magnifying Glass
Binoculars By Tiana Cartledge. History The famous Zeiss scientist and manager, Ernst Abbe created the first commercially successful prism binocular 1894.
Mirrors.
Chapter 20 Mirrors and Lenses
AP Physics Mr. Jean February 10 th, The plan: Diverging Mirrors Lenses.
19.3 Optical Instruments
Mav Mark What are forms of the electromagnetic spectrum?
Telescopes How do they work?. 1. History 2. Lenses & Hardware 3. Reflecting Telescopes 4. Refracting Telescopes.
Using Lenses. Aims Be able to describe the behavior of light as it passes through a convex lens. Know how to measure the focal length of a convex lens.
 Imagine a clear evening when a full moon is just starting to rise. Even though the Moon might seem large and close, it is still too far away for you.
The Compound Light Microscope
Refraction. Refraction of Light When light waves pass from one medium to the next, its speed changes, causing it to bend. Going from lower to higher index.
Light and Optics Part Three: Optics and Reflection.
6.2 Extending Human Vision
The Microscope.
6.2 Extending Human Vision
Structure and Function
Unit 8: Light and Optics Chapter 22: Optics
Cosmic Perspective and Telescopes
Telescopes How do they work?.
6.2 Extending Human Vision
Telescopes How do they work?.
Unit 3 Space Exploration
Presentation transcript:

By Skye Broekate

What is a binocular? The first binocular telescope is two telescopes placed side by side. Who developed binoculars first? Johann Lipperhey invented binoculars and is also the inventor of the ordinary Dutch telescope. When was the first binocular telescope developed? The binocular telescope was created in How has binoculars changed? (got better) Better coatings for higher transmission of light, better prisms, and wider angle eye lenses have made most of the improvements in the last fifty years. Almost all these ideas originated in Japan A BRIEF DESCRIPTION OF BINOCULARS HISTORY.

Use cut away views to show how light is bent: SHOW DIAGRAMS OF HOW THE LIGHT BENDS THROUGH BINOCULARS. They use the prisms because binoculars are very small and they need to bend the light How does binoculars use lenses to bend light? Modern binoculars consist of two barrel chambers with an objective lens, eyepiece, and a pair of prisms inside. The prisms reflect and lengthen the light, while the objective lenses enhance and magnify images due to stereoscopic vision.

Binoculars work on the same principles as telescopes. The process begins with a series of lenses. The lenses focus on an object and gather the light from it. As the light passes through a series of lenses, the image gets larger. Binoculars differ from a telescope in that they allow the image to be transmitted to both eyes at once. Binocular lenses are curved pieces of glass. A binocular can have several lenses; in fact, the more lenses that the binocular has, the better the magnification. Unfortunately, each time the image passes into the next lens, light is lost, so binoculars include a prism that bends and reflects light into the lenses. The prism also flips the image. Without it, everything you see through the lenses would be upside down SHOW DIAGRAMS OF HOW BINOCULARS WORK AND EXPLAIN IT.

Who uses binoculars and what do they use them for? binoculars are used for viewing distant objects and to bring far-away Images up close. Some of the things people use binoculars for is: Galilean opera glasses, used in theatres, for typical outdoor use e.g. Bird watching Hunters and bird watchers rely on binoculars to bring their quarry into clear detail sports fans often bring binoculars to the event so they don't miss one moment of action. EXPLAIN WHERE BINOCULARS ARE USED IS USED.

Binoculars continue to advance with new technology. Their ability to see further with better focusing techniques enables the consumer to use the product for a wider variety of tasks. Binoculars are now tending to use the same stabilizing method used in video cameras that automatically stabilizes the prism system so that the image remains steady to the viewer. Some binoculars are also coming equipped with night scope vision. This would enable the consumer to see objects that are far away even at night. Technological advancements are continually made on these specialty binoculars, which are primarily used by the military or for surveillance. WHAT FUTURE CHANGES ARE EXPECTED TO BE MADE TO BINOCULARS IN THE FUTURE.

A6V2N binoculars-work.shtml BIBLIOGRAPHY