What do you see? (don’t tell your partner just yet)

Slides:



Advertisements
Similar presentations
Optical Illusions v1.0 Directions Its pretty straight forward… :-P However, just a tip… some of the examples have a lot of white space around them. I recommend.
Advertisements

Optics: Reflection, Refraction Mirrors and Lenses
Light Notes 3 THE EYE.
Topic 4: Lenses and Vision
What is Visible light A. EM radiation that has. a wavelength range
L 31 Light and Optics-3 Images formed by mirrors
Unit 33 - Optics Optics is the study of the behavior and properties of light. This includes it’s interactions with objects including mirrors, lenses, and.
By Mr. Reece.  Objects that can make their own light are ________________. luminous.
THE SENSE OF SIGHT Tammy Orozco Sabrina Godoy Katherine Franco.
Light – Part 2 Seeing Year 7 Science. Front View of the Eye.
The Eye and Sight Contrast ways in which light rays are bend by concave and convex lenses. Describe how a prism forms a visible spectrum Explain why different.
Light and Optics 4.1 Mirrors form images by reflecting light. 4.2
Pinhole Cameras Converging & Diverging Lenses. Pinhole Image.
L 33 Light and Optics [3] images formed by mirrors
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.
L 33 Light and Optics [3] images formed by mirrors –plane mirrors –curved mirrors Concave (converging) Convex (diverging) Images formed by lenses the human.
Convex and Concave Lenses.  A concave lens is thicker at the edges than it is at the center.  It spreads light waves apart.
THE SIGHT. INDEX Characteristics Parts of the sight What is each part How the eye works Photos End.
How Do Your Eyes Help You See?
The eye is an important sense organ. It takes light and images from the world around us and sends them as an electrical impulse to the brain. Parts: Cornea:
The Human Eye 6 th Grade Science. Parts of the Eye Eye Socket Pupil Cornea Iris Eyelashes Eyelid Sclera Orbital Muscles Optic Nerve Lens.
L 33 Light and Optics [3] Measurements of the speed of light  The bending of light – refraction  Total internal reflection  Dispersion Dispersion 
The Human Eye.
Sight Smell Hearing Touch Taste Why are the senses important?
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.
The Human Eye 6 th Grade Science. Parts of the Eye Eye Socket Pupil Cornea Iris Eyelashes Eyelid Sclera Orbital Muscles Optic Nerve Lens.
Light 3-3 Illuminated- object that can be seen because it reflects light Luminous- object that gives off its own light Common types of lights: IncandescentFluorescentNeon.
OBJECTIVE IDENTIFY TYPES OF CORRECTIVE LENSES USED TO CORRECT SIGHT PROBLEMS [COS 5, SAT 10]
OPTICS AND THE EYE The Eye Parts of the Eye How the Eye Works (Normal Vision) Nearsightedness Farsightedness.
Lenses Chapter 30.
Mirrors and Lenses Chapter 23
Human Eye  A human eyeball is like a simple camera! Sclera: White part of the eye, outer walls, hard, like a light-tight box. Cornea and crystalline lens.
Lenses. Applications of Light Refraction What are some common applications of the refraction of light? Cameras Microscopes Lenses Eyeglasses Human eye.
Mirrors and Lenses Chapter 14.
The Eye and Sight Describe the relationship between the structure of the eye and sight Contrast ways in which light rays are bent by concave and convex.
The Human Eye. A convex lens is the type of lens found in your eye. The lens takes light rays spreading out from objects and focuses the light, through.
LENSES Lyzinski Physics. Light Speeds When traveling through a vacuum, light travels at 3 x 10 8 m/s. This is the fastest light ever travels. We shall.
© Eyes and cameras – what am I? Read the descriptions and see if you can name the part of the eye or camera being described!
África Díaz Sánchez-Beato.  Introduction  The eye and the vision  Parts of the eye  How the eye works  Video.
Big Goal: At least 85% mastery of every unit- because we are smart, because education takes us places, and because we control how far we go. Daily Goal:
How The Eye Works By Emily McClearn.
The Senses Sight and Hearing. Vision – Anatomy of the eye.
Optical Illusions: Tricking the Eye. Optical Illusions  Optical illusions trick your brain because they rely on the fact that your brain expects to see.
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.
The Eye. The Human Eye The human eye is the optical instrument that helps most of us learn about the external world.
How Does the Telescope Work?. First, remember these things … Beams of light normally travel in straight lines, – But they bend when moving from one material.
L 33 Light and Optics [3] images formed by mirrors
The Eye and Sight Chapter 12. Vision begins when light rays are reflected off an object and enter the eyes through the cornea, the transparent outer covering.
A “Visual” Review Fuss Physical Science.
Science Jeopardy ABCDE.
How a Microscope Works!. What Do You Do?!?! As we go through the diagram showing how a microscope works, draw the pictures and write the notes down on.
The Human Eye LG: I can describe the parts and function of the human eye and describe the types of images we observe and the reasons for common vision.
How Do We See? How do we see? Steps for “seeing” Light to the brain How do we see? Steps for “seeing” Light to the brain.
Topic 4: Lenses & Vision. A lens is a curved piece of transparent material (glass/plastic). When light rays pass through it, the light is refracted, causing.
Optics: Reflection, Refraction Mirrors and Lenses
Describe the relationship between the structure of the eye and sight
Chapter 6.2 The senses THE EYE.
Unit 3 Light and Optical Systems
Light.
The Eye and Sight Contrast ways in which light rays are bend by concave and convex lenses. Describe how a prism forms a visible spectrum Explain why different.
The Eye and Sight Contrast ways in which light rays are bend by concave and convex lenses. Describe how a prism forms a visible spectrum Explain why different.
The Eye and Sight Describe the relationship between the structure of the eye and sight Contrast ways in which light rays are bent by concave and convex.
Optics: Reflection, Refraction Mirrors and Lenses
19.1 Mirrors Ray digram Angle of incidence= angle of reflection
VISION.
Optics: Reflection, Refraction Mirrors and Lenses
Optics: Reflection, Refraction Mirrors and Lenses
The Human Eye.
Optics: Reflection, Refraction Mirrors and Lenses
Presentation transcript:

What do you see? (don’t tell your partner just yet)

The Eye Mr. Petriccione Life Science

Look at the camera’s in the front… How do these work?

Cameras Light passes through a lens and puts the image on a piece of film, where it can be permanently seen.

The Eye Have you ever wondered how such a simple object can allow us to see everything around us?

How does the eye work? The world around us is projected into the eye in the form of visible light.

How does the eye work? The image passes through the cornea, which covers the lens.

How does the eye work? The image then is projected on the back of the eye, which is called the retina.

What do you notice? The image is flipped!

Why? What kind of lens is it?

There are two types of lenses Concave -the lens bends inward Convex -the lens curves out

So which lens is in the eye? A convex lens

So…. This means the image gets flipped as it passes through the lens.

Why is this important? When we build and use the pinhole cameras, the photos will pass through a hole that acts as a convex lens.

So what does that mean? This means that the photo we get will be upside down. We simply flip the image. More on that in a few minutes….

But how come our world isn’t upside down? Our brain controls our eyes and flips the image!

Is this always the case? Actually, it is believed that when a baby is born, it sees the world upside down because its brain is not used to vision yet and has not been trained to flip everything.

How do we know our brain controls everything? Check out the these images….

This really isnt moving….

Wait… Our brain tries to see something that makes sense. If it doesn’t make sense, our eyes are told to adjust until we see something.

But how do we know? A famous study proved this!

More optical illusions Stare at the following image for 30 seconds….stare at the plus. Do not look away. Do not stare past the image

Count the black dots

What do you see…

How about now…

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.