Bellwork What is a photon? What is a photon? * Turn in the EM Vocab Assignment * A wave packet of an EM radiation. A wave packet of an EM radiation.

Slides:



Advertisements
Similar presentations
Light (or the ELECTROMAGNETIC SPECTRUM)
Advertisements

Electromagnetic Waves and Light
Chapter 2: Section 2 Visible light and Color
Color.
Light and Color Chapters 27 – 28 Created by N. Ferreira with the help of A, Kirby.
Light and Color Chapters 27 – 28
Color Isaac Newton passed a beam of sunlight through a prism and this resulted in a patch of colors on a white piece of paper. He called this spread of.
Light and Color. Light interacting with matter When light hits matter, at least one of three things can happen: – Reflection When light bounces off an.
CP Physics Mr. Miller. General Information  Sir Isaac Newton – first to realize white light composed of different colors  Prisms – separate white light.
14.4 Color and Polarization pp Mr. Richter.
Chapter 13 Light and Reflection.
Color White light is not a single color; it is made up of a mixture of the seven colors of the rainbow. We can demonstrate this by splitting white light.
How do we see colour?. Electromagnetic Energy being transferred by the Sun.
Electromagnetic Spectrum and Visible Light
Chapter 28 Color. Spectrum: The spread of colors seen when light is passed through a prism or diffraction gradient.
And Elvis said ……… ……Let there be Light The Visible Spectrum.
Light and Sound In this unit: Properties of light Reflection Colours
What title would you give to each droodle?. Almost bald man with a split-end.
Light &ColorLight &ColorLight &ColorLight &Color.
The visible waves in the electromagnetic spectrum.
KeiErica Perry & LeAmbreya Long. The colors around you are due to the way the objects reflect light Different materials have different natural frequencies.
COLOR AND LiGHT BY ASHANTi’ DAViS & SATORiA PATTON.
Color and Vision General Physics. Band of Visible Light ROYGBIV (Red, Orange, Yellow, Green, Blue, Indigo, Violet)
Color & Polarization. Color Why does a leaf appear green? Why do parts of the U.S. flag appear red? Objects appear a certain color because they absorb.
Color & Polarization.
Now let’s focus on… The visible spectrum The visible spectrum –Light and pigment.
Light and Color. Light interacting with matter When light hits matter, at least one of three things can happen: Reflection When light bounces off an object.
Chapter 16 Light. Objectives Chapter 16 Recognize that light is the visible portion of an entire range of electromagnetic frequencies. Describe the ray.
Color White is the combination of all colors. Spectrum Sunlight can be split into its component colors Called the color spectrum (Roy G. Biv)  Red 
Colors in Nature. Dispersion of Light in a Prism Colors separate Violet has the highest ƒ (shortest λ), therefore it disperses the most because it interacts.
Wave Model of Light – Explains most properties of light – Uses both light and waves to transfer energy, and they both go outward in all directions from.
Colors of Pigment The primary colors of pigment are magenta, cyan, and yellow. [
Prisms, total internal reflection, polarization, how we see color, how vision is corrected and rainbows. Light and Color.
Jeopardy Light EM Spectrum Vision Color Light Sources Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final Jeopardy.
Chapter 27 Light. The Definition of Light The current scientific definition of Light is a photon carried on a wave front. This definition incorporates.
Color.
White Light The combination of all the colors. Sunlight is an example of white light. Newton showed that the colors in the spectrum were a property not.
Pg F46-F47.  sunlight passes through water droplets in the air and refracts by the prism  The colors are spread out from white light to red, orange,
10.1 Wave model of light Colour Theory. Wave Model of light Remember: Light waves transfer energy Light moves outward in all directions from its source.
COLORCOLOR. The Color Spectrum The spread of colors from white light when passed through a prism or diffraction grating. –Red, Orange, Yellow, Green,
Chapter 19 Light. Objectives 19.1 Contrast EM waves with other kinds of waves 19.1 Describe the arrangement of EM waves on the EM spectrum 19.1 Explain.
Mixing Colors Chapter Notes. White Light Recall that when the frequencies of all visible light is mixed together, it produces white White also.
The Col o r of Light – Notes inverselyThe wavelength and frequency of EM waves are inversely proportional (c = f). Seven types of electromagnetic radiation.
Color Chapter 28. Color Lab What colors are formed by mixing different colors of light? Consensus:
Here ’ s Looking at hue, Kid You have probably noticed that the COLOR of an object can appear different under different lighting conditions.
Color. The Color Spectrum ROY G BiV Black and white Solar Spectrum Colors of Objects Check Question.
Light and Sound In this unit: 1)Properties of light 2)Reflection 3)Colors 4)Refraction.
Chapter 19 Light, Mirrors, and Lenses Section 1 Properties of Light Pages
Light and Color.
What title would you give to each droodle?
Visible Light.
Light.
Q: Which travels faster, sound or light?
Light waves interact with materials
Color.
The Colors of Light 6th grade Science Department
LIGHT & COLOR.
Colour Theory.
Day 11 5/24/11 Topic: Vision and Color
Electromagnetic Spectrum
Chapter 13 Light and Reflection
Light and the Electromagnetic Spectrum
6th Grade – Sound and Light (Mod. J) – Unit 3 Lessons 1 & 2
Lesson P3 – Properties of Visible Light
Color and Polarization
Chapter 27 COLOR.
Color And Light.
Bell Work: Spring Break
4.2 Properties of Visible Light
Presentation transcript:

Bellwork What is a photon? What is a photon? * Turn in the EM Vocab Assignment * A wave packet of an EM radiation. A wave packet of an EM radiation.

Today’s Agenda Light Polarization Notes Light Polarization Notes Lab Extension Lab Extension Color Notes Color Notes

Light Polarization Light Polarization: The alignment of EM waves where their electric fields are parallel Light Polarization: The alignment of EM waves where their electric fields are parallel Note: This is different from electrical polarization (sticking a balloon to the wall)

Light Polarization

Polarized Light

Light Polarization Lightbulb – Nonpolarized Smart Board – Split polarized Monitor – Polarized

Lab Extension: The Prism Shine sunlight through the prism 50 cm off the ground on to a white sheet of paper placed on the ground. Shine sunlight through the prism 50 cm off the ground on to a white sheet of paper placed on the ground. Draw the colors and bandwidths of each color Draw the colors and bandwidths of each color Make five observations of your findings. (colors, orientation, relative band widths, etc.) Make five observations of your findings. (colors, orientation, relative band widths, etc.)

ColorsColors 4/28/14

Are you ready for a pop test?

Types of Color Blindness TypeDenomination Prevalence MenWomen MonochromacyAchromatopsia (B/W) % Dichromacy Protanopia (R/G)1.01%0.02% Deuteranopia (R/G)1.27%0.01% Tritanopia (B/Y)0.0001% AnomalousProtanomaly (R/G)1.08%0.03% TrichromacyDeuteranomaly (R/G)4.63%0.36% Tritanomaly (B/Y)0.0002% Different forms of color vision deficiency

Normal, Red/Green (2), Blue/Yellow

The Color Spectrum R – Red (longest wavelength / lowest frequency) O – Orange Y – Yellow G – Green B – Blue I – Indigo V – Violet (shortest wavelength / highest frequency)

White Light White Light: Is the combination of all of the colors of light (sunlight)

The Color Spectrum

Pigments Pigment: A material that selectively absorbs colors of light

Color by Transmission Some light is absorbed while other light is transmitted

Color Addition (Light) Primary colors Red, Blue, and Green Combining colors (adding the primaries together) Red + Green = Yellow Red + Blue = Magenta Blue + Green = Cyan Red + Green + Blue = White

Color Addition

Color Subtraction (Paints) Primary colors Yellow, Red (Magenta), Blue (Cyan) Combining colors (adding the primaries together) Yellow + Red = Orange Yellow + Blue = Green Blue + Red = Purple

Color Subtraction

Reflection White – reflects all light Black – absorbs all light

Color by Reflection

Illuminated with white light The object absorbs all of the colors and reflect only yellow or green

Addition and Subtraction

Light Scattering Light Scattering: the deflection of a light ray from a straight path (Rayleigh Scattering)

Light Scattering Why is the sky blue and sunset red?

Blue Sky

Sunsets

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

© 2024 SlidePlayer.com. Inc. All rights reserved.