Electromagnetic Energy

Slides:

Advertisements

Similar presentations

Light and the Electromagnetic Spectrum. Light as a Wave light is a visible form of energy most of the energy that surrounds us is invisible this energy.

Advertisements

Chapter 17 Vocabulary "The Electromagnetic Spectrum"

Electromagnetic Waves

Waves and Light.

How do scientific models describe light?

ENTRY TASK Get your notebooks Pencil Highlighter.

Light is energy that travels in electromagnetic waves, meaning it can travel through a medium (matter) or through a vacuum (empty space). The speed of.

Electrons and Light How does the arrangement of electrons in the atom determine the color of light that it emits?

Electromagnetic Waves. Electromagnetic wave is a wave that can travel through empty space or through matter and is produced by charged particles that.

The Electromagnetic Spectrum

Collecting and Mapping Planetary Data. Direct measurements (in situ) Collecting data directly at the site of scientific interest Ground stations on Earth.

Electric and Magnetic Fields Sources of Electric Field?Sources of Magnetic Field? Accelerated Charges.

Electromagnetic Waves

The Electromagnetic Spectrum By: [Your Name Here] Period [your period]

The Doppler Effect Solar System Day 3. Solar System Day 3- Objectives Describe how the _____________________ can be used to study the movement of objects.

AIM: What is the Electromagnetic Spectrum?. How would you describe the color of light that comes from the Sun?

Objective: I will relate the electromagnetic spectrum to wavelengths of light energy. 9/30/14.

Starter. The Electromagnetic Spectrum Learning Objectives I must be able to state that all electromagnetic waves are transverse. I should be able to.

Unit 3 Waves and Light Lesson 3: The Electromagnetic Spectrum

A QUICK REVIEW COMMON MISSED PROBLEMS ON THE QUIZ.

Electromagnetic Spectrum  EM Spectrum – a continuous range of wavelengths  Longer wavelengths = low energy  Ex. – radio waves, microwaves  Shorter.

Electromagnetic Spectrum yuan-sen-ting yuan-sen-ting.

Electrons and the Electromagnetic Spectrum Table Team Review — DEFINE in your own words ‘Electromagnetic radiation’. LIST three examples.

Activities Activity 8 What you did:

Electromagnetic Spectrum. Matter Review All matter is made of A______ Matter exists in different forms or phases. They are.

Do Now Finish up matching worksheet from Friday Put in a pile at the end of your table when you are finished.

Electromagnetic Waves

Electromagnetic Spectrum

Electromagnetic Spectrum. The colors we see only represent a small portion of the electromagnetic spectrum The colors we see only represent a small portion.

5.1 Electromagnetic Radiation. Wave motion The transfer of energy without matter is called wave motion Two Types.

Basics Modulation Multiple Access

Waves. There are 2 types of waves –Transverse waves –Longitudinal waves.

Right AWAY! Please pick up a colored piece of paper from table 4 and bring it back to your table with your lab journal. Next be sure that you have at least.

Electromagnetic Spectrum. -is the range of all possible frequencies of electromagnetic radiation. The "electromagnetic spectrum" of an object is the characteristic.

This screen will disappear in 3 minutes. Seconds Remaining. Draw a diagram of a wave.

Electromagnetic Spectrum Mr. Skirbst Physical Science Topic 22.

The Nature of Light  Light is the only form of energy that can travel like a wave through empty space and some materials.  It behaves like a special.

The Electromagnetic Spectrum. Characteristics of EM Waves All travel at the speed of light, 300,000 km/s – This is possible because EM waves have different.

Journal #22 What is the purpose of a barometer? What is the most commonly used barometer?

 Within the sun, nuclear reactions produce an immense amount of energy that streams outward into space as electromagnetic radiation.

Electromagnetic Spectrum The EM Spectrum What do a radio, heat lamp, the Sun, and an X-ray Machine have in Common? – All four transmit energy.

The Electromagnetic Spectrum

The Electromagnetic Spectrum or Light Spectrum

Agenda for 3/21/17 Go over Waves Review worksheet

Electromagnetic Waves

The Electromagnetic Spectrum Part 1

Electromagnetic spectrum

Chapter 3: Electromagnetic Waves and Light

ELECTROMAGNETIC SPECTRUM

Electromagnetic Spectrum Project

Electromagnetic Waves

What is light?.

© 2018 williamshandsonscience

LESSON 9 KEY CONCEPTS.

Nature of Light for all light sources (natural and artificial) atoms in the materials must absorb some form of energy causing electrons to become “energized”

Light and the Electromagnetic Spectrum

The ELECTRON: Wave – Particle Duality

Do Now Heading: Is Light a Wave?

Characteristics of Light

Chapter 3-1 Notes: The Electromagnetic Spectrum

Electromagnetic Spectrum

Warm-up Example 3 from Practice Atomic Mass notes on pg 31!

Properties of Waves.

Energy that can travel directly through space in the form of waves.

Chapter 6 Exploring Space.

Quiz 4 Review energy matter (medium) Electromagnetic water air sound

By the end of chapter 4 you will be able to:

Physical Science SPS 9: Properties of Waves (part 5)

Louis deBroglie The electron moves through space as an energy wave.

Presentation transcript:

Electromagnetic Energy Electromagnetic energy is the energy that is released into space; it travels in waves. The electromagnetic spectrum is the range of all possible waves of energy Visible light is only one small portion of the spectrum Insects, like bees, see shorter wavelengths than humans What type of EM waves might they see?

Watch the first BrainPop video to the right! As you are listening, what are some forms of electromagnet energy you have heard of before? What everyday objects do you now know use electromagnetic energy? https://www.youtube.com/watch?v=cfXzwh3KadE https://www.youtube.com/watch?v=bkS3JZUKiWE

Try it! Look at the sensor on the front of the remote at your station. Press a button on the remote and describe what you see. Now open the webcam feature on your laptop. Aim the sensor at the camera and press a button now. Now what do you see. Now as a table describe how this experiment showed that remote controls use a type electromagnetic energy other than visible light.