Presentation is loading. Please wait.

Presentation is loading. Please wait.

The Electromagnetic Spectrum 6 October 2014. Light Absorption, Reflection, and Refraction Review: Video.

Similar presentations


Presentation on theme: "The Electromagnetic Spectrum 6 October 2014. Light Absorption, Reflection, and Refraction Review: Video."— Presentation transcript:

1 The Electromagnetic Spectrum 6 October 2014

2 Light Absorption, Reflection, and Refraction Review: Video

3 -notes must be written neatly -letters should not be too BIG! -write on each line, unless instructed to skip a line for another section -have a puke page on standby: if you run out of room on the first page, then continue writing on the puke page (glue after the presentation!) Note- Taking Expectations

4 Your notes should contain the following at the top of page 21: -The essential question -The date (international style) and page # -The title (Electromagnetic Spectrum) Top of the Page

5 Skip 1 line underneath the title Here we go!

6 Electromagnetic Waves: waves of light

7 Electromagnetic Waves: waves of light; some are visible or invisible

8 Electromagnetic Waves: waves of light; some are visible or invisible; they are made by vibrating electric charges and can travel through a medium or open space

9 With your group, answer the following question: Electromagnetic Waves are an example of what type of wave? You have 20 seconds! BRAIN BREAK!

10 With your group, answer the following question: Electromagnetic Waves are an example of what type of wave? You have 20 seconds! Transverse Waves *write this to the right of the definition of electromagnetic waves* BRAIN BREAK!

11 Skip 1 line

12 Frequency: frequency of electromagnetic waves is the # of waves per second (Hz)

13 With your group, come up with a good mathematical formula that represents frequency. You have 30 seconds! BRAIN BREAK!

14 With your group, come up with a good mathematical formula that represents frequency. You have 30 seconds! F = # of waves time *write the formula to the right of the definition of frequency* BRAIN BREAK!

15 Skip 1 line

16 The Electromagnetic Spectrum: all the different frequencies of light

17 Skip 2 lines and write The Electromagnetic Spectrum Includes: on the 3rd line

18 Skip 1 line

19 → Radio Waves: low frequency waves with wavelengths of 1-10 cm

20 → Radio Waves: low frequency waves with wavelengths of 1-10 cm; have the longest wavelengths

21 (ex: radio stations, microwaves, radar)

22 Skip 1 line

23 → Infrared Waves: slightly higher frequency waves than radio waves

24 (ex: remote controls, warmth of fire, satellites)

25 Skip 1 line

26 → Visible Light Waves: range of waves that humans can see

27 → Visible Light Waves: range of waves that humans can see; each different wavelength is seen as a different color

28 With your group, come up with a good example of visible light. You have 20 seconds! BRAIN BREAK!

29 With your group, come up with a good example of visible light. You have 20 seconds! ROY G BIV BRAIN BREAK!

30 → Visible Light Waves: range of waves that humans can see; each different wavelength is seen as a different color (ex: ROY G BIV)

31 Skip 1 line

32 → Ultraviolet (UV) Waves: frequencies slightly higher than visible light;

33 → Ultraviolet (UV) Waves: frequencies slightly higher than visible light; wavelengths are too short for humans to see

34 → Ultraviolet (UV) Waves: frequencies slightly higher than visible light; wavelengths are too short for humans to see (ex: sunburns, vitamin D production, kills bacteria, cataracts, cancer)

35 Skip 1 line

36 → X-Ray Waves: even higher frequencies that can get into your body

37 → X-Ray Waves: even higher frequencies that can get into your body; they are absorbed by bone

38 (ex: medical x-rays)

39 Skip 1 line

40 → Gamma Ray Waves: highest frequency waves with the shortest wavelengths;

41 → Gamma Ray Waves: highest frequency waves with the shortest wavelengths; can travel through matter; will damage cells

42 (ex: medical bone imaging, causes cancer, used to kill cancer cells)

43 -highlight in yellow electromagnetic waves, frequency, electromagnetic spectrum -underline in red the different parts of the EMS and their examples -circle in blue the 1) the type of wave that light is 2) the formula for frequency Note Review

44 -draw a green box around the different examples of the Electromagnetic Spectrum Note Review


Download ppt "The Electromagnetic Spectrum 6 October 2014. Light Absorption, Reflection, and Refraction Review: Video."

Similar presentations


Ads by Google