Before we get into depth with electromagnetic waves, we are going to talk about other ways waves interact with objects such as those that are translucent, opaque, and transparent. We will also briefly discuss the two types of interference. In the meantime, conduct your own Internet research in preparation for this week.
Electromagnetic waves are transverse waves with vibrating electric charges and magnetic fields. Unlike mechanical waves, such as longitudinal waves, electromagnetic (EM) waves do not require a medium to transfer energy from one place to the next.
Source: http://www.srh.noaa.gov/jetstream/remote/remote_intro.htm
VOTW: electromagnetic waves, electromagnetic energy, electromagnetic spectrum, opaque, interference, translucent, transparent, radio wave, microwave, infrared, visible light, ultraviolet, x-ray, gamma
Light isn't the only benefit of electromagnetic waves. Electromagnetic waves are composed of different types of waves that allow us to use them in very different waves.
Source: http://farm3.staticflickr.com/2690/4209533360_517efecd6b_o.jpg
(The schedule changes to match the needs of my students.)
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MONDAY
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TUESDAY
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WEDNESDAY
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THURSDAY
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FRIDAY
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GIFTED
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Academy Lab: Science Court
| Science Court | Science Court | Academy Lab: Science Court | Science Court Dress Rehearsal |
REGULAR
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Other Ways Light Waves Interact
| How the Eyes See Color, Part I | How the Eyes See Color, Part II (Outdoor Classroom, weather permitting) | Computer Lab: EM Waves Mystery & Reflection Blogs (color pencils needed) | Computer Lab: EM Waves Mystery & Reflection Blogs (color pencils needed) |
Next Week: Midterm Exam - 17th, Light v. Pigment, Science Court Projects Due Monday
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