Introduction Look at this video. HOW DOES THESE DIFFERENT EVERYDAY ACTIVITES WORK????? You ask your friend to ‘Bluetooth’ the latest pop tune to your.

Slides:



Advertisements
Similar presentations
Energy Transformations in devices
Advertisements

REVISION What wave is missing and how does its frequency compare with gamma waves?(2)
Electromagnetic Radiation
Poster Project Waves.
Waves Openers Mrs. V Science A. Crest, B. Wavelength, C. Trough, D. Amplitude
Poster Project Waves.
Introduction to Waves Essential Question:
 Waves  What are they?  How is energy transferred?  Medium  Describe  Mechanical Wave  Describe  Two types  Transverse Wave  Describe  Parts.
Can you guess the title of today’s lesson?. Waves Learning Objectives MUST - describe what waves are, including the terms, wavelength, amplitude, frequency.
Implications of wave behaviour in everyday life Electromagnetic Waves in Detail.
Electromagnetic Waves 5.1 The Electromagnetic Spectrum.
Electromagnetic Waves
Waves. There are 2 types of waves –Transverse waves –Longitudinal waves.
 Electromagnetic waves are transverse waves that do not need a medium to travel › This means they can travel in space!  The transfer of energy by electromagnetic.
This screen will disappear in 3 minutes. Seconds Remaining. Draw a diagram of a wave.
Electromagnetic spectrum. Visible light λ ≈ 700 nmλ ≈ 420 nm.
Implications of wave behaviour in everyday life The electromagnetic spectrum.
Waves include Transverse Waves Crests Troughs Longitudinal Waves Compressions Rarefactions Surface Waves Combinations of transverse and longitudinal waves.
Electromagnetic Spectrum. What is a wave? A disturbance involving the transfer of energy from place to place.
Introduction to Waves Essential Question:
Link to EM waves song bit.ly/EMWavesSong.
Senior Science Information Systems
Light and the Electromagnetic Spectrum
What is light? Light is a type of energy that travels as a transverse wave. It is also known as Electromagnetic Radiation.
Electromagnetic spectrum
ELECTROMAGNETIC SPECTRUM
Chapter 3: Electromagnetic Waves and Light
Electromagnetic Spectrum Project
Not all waves are the same
Introduction to Waves S8P4. a. Ask questions to develop explanations about the similarities and differences between electromagnetic and mechanical waves.
Electromagnetic Radiation
The Electromagnetic Spectrum
Waves Wave properties.
Introduction to Waves Essential Question:
Waves.
Introduction to Waves Essential Question:
Electromagnetic Waves textbook page 214
They all travel as electromagnetic waves!
The EM Spectrum Learning Objectives: 1. Recall that electromagnetic waves form a continuous spectrum. 2. List the electromagnetic waves in order by increasing.
Introduction to Waves Essential Question:
Introduction to Waves Essential Question:
Introduction to Waves Essential Question:
Introduction to Waves Essential Question:
What are the characteristics of mechanical and electromagnetic waves?
Introduction to Waves Essential Question:
Introduction to Waves Essential Question:
Introduction to Waves Essential Question:
Introduction to Waves Essential Question:
What are the characteristics of mechanical and electromagnetic waves?
Introduction to Waves Essential Question:
Introduction to Waves Essential Question:
Introduction to Waves Essential Question:
Introduction to Waves Essential Question:
Introduction to Waves Essential Question:
Introduction to Waves Essential Question:
Introduction to Waves Essential Question:
Introduction to Waves Essential Question:
Waves.
Introduction to Waves Essential Question:
What are the characteristics of mechanical and electromagnetic waves?
Introduction to Waves Essential Question:
Wave Basics.
Introduction to Waves Essential Question:
Waves Waves transfer energy. Example – light and sound waves. Wavelength(λ) – Distance between two crest, measured in meters. Frequency (f) – the number.
Introduction to Waves.
The E.M.S. S1 Physics Energy.
Introduction to Waves Essential Question:
Read the event described below, identify how many different waves were present.   Imagine that your family has just returned home from a day at the beach.
Electromagnetic Spectrum
Presentation transcript:

Introduction Look at this video

HOW DOES THESE DIFFERENT EVERYDAY ACTIVITES WORK????? You ask your friend to ‘Bluetooth’ the latest pop tune to your phone? You ask your friend to ‘Bluetooth’ the latest pop tune to your phone? You can listen to the radio on your mp3 player on the way to school? You can listen to the radio on your mp3 player on the way to school? You use the remote control for your TV? You use the remote control for your TV?

Information source Have you ever wondered how your mobile phone transfers songs to your friends phone? Have you ever wondered how your mobile phone transfers songs to your friends phone? Have you ever wondered how the remote control works? Have you ever wondered how the remote control works? Have you ever wondered how you can listen to the radio on your mp3 player? Have you ever wondered how you can listen to the radio on your mp3 player?

Student Activity 1.Fill in the worksheet exercise on the electromagnetic spectrum. worksheet 2.You must write a short essay (1 page) using the resources on slide Enrichment Activities. 3.Compile this information into a two minute class presentation on the electromagnetic spectrum.

The Assessment Activity William Herschel was one of the first scientists to look at the electromagnetic spectrum. Using the links in the next slide, you are to create a short essay looking at the usefulness of the spectrum and the advantages of Herschel work for your daily life. In your essay, speak about the relationship between wavelengths, frequency and energy while looking at mobiles (Bluetooth), remote controls and mp3. William Herschel was one of the first scientists to look at the electromagnetic spectrum. Using the links in the next slide, you are to create a short essay looking at the usefulness of the spectrum and the advantages of Herschel work for your daily life. In your essay, speak about the relationship between wavelengths, frequency and energy while looking at mobiles (Bluetooth), remote controls and mp3.links

Enrichment Activities Below are some useful links to sites that may assist you in your making of the short essay: Below are some useful links to sites that may assist you in your making of the short essay: √ Spectrum 1, Spectrum 2 Spectrum 1Spectrum 2 Spectrum 1Spectrum 2 √ Video on Bluetooth Bluetooth √ Remote Controls Remote Controls Remote Controls √ Mp3 Mp3

Teacher Support Materials At the end of this short activity, students will be able to relate their learning to the NSW Science syllabus: At the end of this short activity, students will be able to relate their learning to the NSW Science syllabus: 1. Discuss similarities and differences between transverse and longitudinal wave models (Outcome ) Outcome Outcome Compare different types of radiation making up the electromagnetic spectrum in terms of frequency, wavelength and energy (Outcome 5.6.1) Outcome 5.6.1Outcome Using technology to help learning (Outcome 5.12) and (Outcome 5.16) Outcome 5.12Outcome 5.16Outcome 5.12Outcome Processing information (Outcome 5.17) Outcome 5.17Outcome Presenting information (Outcome 5.18) Thinking critically (Outcome 5.19) Outcome 5.19Outcome 5.19