Introduction to Light & Optics Carolina $145.95. Many Labs in One Kit Polarized Light Transmission Grating Color by Addition & Subtraction Mirrors (plane,

Slides:



Advertisements
Similar presentations
An Introduction to Refraction SNC2D. Index of Refraction Light will travel more slowly in more dense materials. The ratio of the speed of light in a vacuum.
Advertisements

Introduction to Light & Optics Carolina $ Many Labs in One Kit Polarized Light Transmission Grating Color by Addition & Subtraction Mirrors (plane,
Bellringer What color would a basketball appear to be if under an orange flashlight? What color would it appear to be if under a red flashlight?
Lenses and Mirrors Mrs. Gergel. Lenses and Mirrors Mrs. Gergel.
WAVES WAVE INTERACTIONS.
Copyright © 2008 Pearson Education, Inc., publishing as Pearson Addison-Wesley Light and Optical Phenomenon Light and Colors Physics 102 Goderya Chapter(s):
Physics. PHS 5041 Optics Refraction of Light Refraction always occurs simultaneously with some partial reflection Change in direction is with respect.
Light by Rifki Irawan Refraction. Based on how the light behaves as it encounters a substance, substances can be classified into: Transparent substance.
REFRACTION. REFRACTION OF WAVES Refraction: A change in the direction of waves as they pass from one medium to another, or of water waves as they encounter.
Optics 1 - Activities with Light Rays Purpose of this Minilab Apply the basics of ray tracing to learn about reflection and refraction of light.
1 GEOMETRIC OPTICS I. What is GEOMTERIC OPTICS In geometric optics, LIGHT is treated as imaginary rays. How these rays interact with at the interface of.
Demo: Print: Supplies: pennies, set of styro-cups.
Ch. 2.3 REFLECTION AND REFRACTION. Reflection Reflection occurs when an object or wave bounces back off a surface through which it cannot pass Law of.
Refraction is the change of direction of a light wave caused by a change in speed as the wave crosses a boundary between materials.
LIGHT REFRACTION OF LIGHT
Reflection and Refraction. Reflection Two laws of reflection Angle of incidence = angle of reflection The angle of incidence, angle of reflection and.
Reflection The law of reflection states that the angle of incidence is equal to the angle of reflection. All angles are taken from the normal line not.
Chapter 29 Reflection and Refraction. When waves interact with matter, they can be reflected, transmitted, or a combination of both. Waves that are transmitted.
Optical Density - a property of a transparent medium that is an inverse measure of the speed of light through the medium. (how much a medium slows the.
Reflection The law of reflection states that the angle of incidence is equal to the angle of reflection. All angles are taken from the normal line not.
Light Wave Behaviors and Properties Chart (pg. 76)
Refraction: TIR and Dispersion AP Physics: M. Blachly Light and Optics.
15.1 Refraction pp Mr. Richter. Agenda  Warm-Up  Introduction to Refraction Demo  Reminder: Quarter 3 Ends Friday  Notes:  Refraction 
Practice 15A Answers 18.5° a) 27.5° b) glycerine (n = 1.47) c) 12.5°
Revision 1.Sketch a wave and mark on it the wavelength and amplitude. 2.What is meant by the frequency of a wave and give its unit? 3.Define the period.
Refraction (Slowing Down) When a wave passes into a medium that makes it slow down, the wave will bend toward the normal Air Water.
Topic: Light Interacting with Matter
CHAPTER 8 PHYSICS FOR JUNIOR HIGH SCHOOL VIII. LIGHT  Isaac Newton States that light is small particles that is called corpuscle  Other scientists,
Reflection and Refraction
+. + Lenses and Mirrors Mrs. Gergel + Refraction of light When light rays enter a new medium at an angle the change in speed causes them to bend, or.
Refraction of Light Refraction Refraction –Refraction occurs when light waves traveling from one medium to another with a different density bend. –The.
WAVE INTERACTIONS PAGE 47 OF INB. EQ: How do waves change when they interact with their environment?
Chapter 7 Light and Geometric Optics. 7.3 Refraction of Light.
Refraction of Light Optical density a property of a transparent material that is an inverse measure of the speed of light through a material Optical refraction.
2-3 Reflection and Refraction
Analysis for Optics Lab  Choose 6 hypothesis/data sections and analyze the hypothesis and the data 1. Briefly summarize the experimental setup 2. Summarize.
Chapter 26 The Refraction of Light: Lenses and Optical Instruments.
Geometric Optics Topics include reflection, refraction, lenses & mirrors and how images are formed, magnification.
Four Important Properties of Waves. 1.Reflection 2.Refraction 3.Diffraction 4.Interference.
1 Lecture series for Conceptual Physics, 8 th Ed..
1 Lecture series for Conceptual Physics, 8 th Ed..
Chapter 19 Light, Mirrors, and Lenses Section 1 Properties of Light Pages
Wave Behavior - Reflection  the bouncing back of a wave after it strikes a barrier.  All waves, sound, light, water, EMS, etc., can be reflected!! 
Happy Tuesday! Get ready for warm up #4 Get out paper for notes. Title them: “Snell’s Law and Refraction” Essential Question: What is Snell’s Law?
Reflection of Light Reflection – The bouncing back of a particle or wave that strikes the boundary between two media. Law of Reflection – The angle of.
A wave of electromagnetic energy moves through empty space at the speed of light. A wave of electromagnetic energy moves through empty space at the speed.
Refraction and Lenses.
Refraction Chapter 14: Section 1.
Reflection and Refraction of Waves
Geometric Optics Topics include reflection, refraction, lenses & mirrors and how images are formed, magnification.
Behavior of Waves.
Part 2: Behaviors of Light
Properties of Waves Properties of Waves.
WAVES WAVE INTERACTIONS.
Wave Interactions.
Chapter 15 Refraction.
WAVES WAVE INTERACTIONS.
Reflection and Refraction of Light
Refraction.
Refraction.
Plane Mirror – Reflection
Title ??? What is happening here? Keywords: Refraction Lenses
Physics Review Refraction Topic Slides Minutes Displacement Vectors
REVISION REFRACTION.
WAVES WAVE INTERACTIONS.
Refraction, Lenses, & Color
REFRACTION OF LIGHT.
Refraction and Lenses.
The Index of Refraction
WAVES WAVE INTERACTIONS.
Presentation transcript:

Introduction to Light & Optics Carolina $145.95

Many Labs in One Kit Polarized Light Transmission Grating Color by Addition & Subtraction Mirrors (plane, concave, convex) Lenses (convex, concave) Refraction

Equipment supplied - 4 acrylic prisms- 8 combs - 3 color paddle sets- 16 polarized filters - 8 flexible mirrors- 8 flashlights - 8 dual convex lenses- 8 foamboards - 4 concave lenses- 40 pins - 8 diffraction gratings- 3 mirror supports - 16 D batteries

Equipment needed -Index cards- Incandescent light bulb -White paper- Fluorescent light -Rulers- Candle -Colored pencils - Bunsen burner -Plastic wrap -Zip-lock bags -Colored pencils

Refraction Light changes velocity when it enters a different transparent medium Light slows when it enters material of higher refractive index Light speeds up when it enters material of lower refractive index

Refraction When light changes speed it bends; this is refraction All angles measured from normal (perpendicular) to interface of surfaces

Snell’s Law n₁sinƟ₁ = n₂sinƟ₂ n for vacuum is n for air is ? n for acrylic prism

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

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