You know more about the electromagnetic spectrum than you may think. The image below shows where you might encounter each portion of the EM ...

Electromagnetic spectrum: Energy waves produced by the oscillation of an electrical charge. Electromagnetic waves do not need any material for transmission; Light is part of this spectrum.

This graphic organizer is a great way to introduce or review the Electromagnetic Spectrum and makes an awesome addition to your interactive notebook.  You as the teacher can determine how much and what specifically your students need to include.  For instance, in an 8th grade class, students will focus mainly on how the electromagnetic spectrum is used to gather information about the universe and objects in space.

Electromagnetic Spectrum Sketch Notes

GREAT Visual of the Electromagnetic Spectrum. While light and other electromagnetic waves do not require a medium and can travel through a vacuum, they can travel through some media, such as clear glass.

NASA: Tour of the Electromagnetic Spectrum. A good introductory series of 8 videos (total 30min) discussing each type of wave length. (If you start the 1st one, the next video clip should auto start.)

NASA: Tour of the Electromagnetic Spectrum. A good introductory series of 8 videos (total discussing each type of wave length. (If you start the one, the next video clip should auto start.

Electromagnetic Spectrum                                                                                                                                                                                 More

You’re probably more familiar with the electromagnetic spectrum than you realize. In fact, you encounter it regularly every day.

Free electromagnetic spectrum worksheets available at NewSullivanPrep.com in the physics section under science.

This is a worksheet about the electromagnetic spectrum. I could have students identify various regions and explain what radiation in those regions means in their everyday life.

I love talking about the electromagnetic spectrum. There is so much more to it than visible light... and electromagnetic radiation is so darned useful.

Schemochromes: the physics of structural plumage colors

Wavelength: lambda: the distance between any point on a wave and the corresponding point on the next crest (trough) of the wave; distance the wave travels during one cycle; expressed in meters, nanometers, micrometers, picometers m) or angstroms

Making Sense of the Radio Spectrum    Want to learn more about the uses of the spectrum? Look at this infographic!

Radio spectrum refers to the part of the electromagnetic spectrum corresponding to radio frequencies – that is, frequencies lower than around 300 GHz (or, equivalently, wavelengths longer than about 1 mm).

Waves and the Electromagnetic Spectrum: Physical Science Interactive Notebook  •The Nature of Waves •Features of Waves •Behavior of Waves •Electromagnetic Spectrum •Communicating with Radio Waves Students will be given the opportunity to show their understanding of the included concepts by completing the engaging and creative activities for the OUTPUT side of their Science Interactive Notebook. Activities range in variety for each chapter.

Waves and the Electromagnetic Spectrum: Physical Science Interactive Notebook

Waves and the Electromagnetic Spectrum: Physical Science Interactive Notebook The Nature of Waves Features of Waves Behavior of Waves Electromagnetic Spectrum Communicating with Radio Waves Students will be given the opportunity to show their unders

The next time you think "seeing is believing", keep in mind that our eyes can only perceive 1/10 billionth of the total information that rides on the electromagnetic spectrum...  It is time to collectively tune the Noosphere to the resonant frequencies of the universe... ~ Nassim Haramein

We only see a little window of what is happening. In the words of Albert Einstein, "It is entirely possible that behind the perception of our senses, WORLDS are hidden of which we are unaware.

Light is energy that can take on many forms. Radio waves, microwaves, infrared, visible, ultraviolet, X-ray and gamma radiation are all different forms of light. (Illustration: NASA/CXC/M.Weiss)

is that can take on many forms. Radio microwaves, infrared, visible, ultraviolet, X-ray and gamma radiation are all different forms of light. (Illustration: NASA/CXC/M.

This resource give directions for a popular activity for measuring the speed of light!  It includes a worksheet for students to show their calculations and a poster of the electromagnetic spectrum.If you like this you might also like:Laser Terms and QuizAlternate Energy Project Bundle of Energy!Types of Energy Posters

Measuring the Speed of Light with Chocolate

This resource give directions for a popular activity for measuring the speed of light! It includes a worksheet for students to show their calculations and a poster of the electromagnetic spectrum.If you like this you might also like:Laser Terms and QuizA

Chalk Talk: Electromagnetic Spectrum - YouTube

Check out the range of possibilities the electromagnetic spectrum gives science. This animated series of short videos acts as a video glossary to define spec.

Great way to illustrate the relationships between the different types of electromagnetic waves!

Electromagnetic Spectrum: Waves Concept Map

This graphic organizer illustrates the relationships between the different types of electromagnetic waves. Includes a teacher copy and a blank student copy.

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