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Transverse and Longitudinal Wave p. 71 IN

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Transverse and Longitudinal Wave p. 71 IN Chapter 15 Section 1: Types of Waves Section 2: Characteristics of Waves Section 3: Wave Interactions SPS9. – PowerPoint PPT presentation

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Title: Transverse and Longitudinal Wave p. 71 IN


1
Transverse and Longitudinal Wave p. 71 IN
  • Chapter 15
  • Section 1 Types of Waves
  • Section 2 Characteristics of Waves
  • Section 3 Wave Interactions

SPS9. Students will investigate the properties of
waves. a. Recognize that all waves transfer
energy.
2
Basic Wave Information
  • Waves are a disturbance that carries energy
    through matter.
  • Need energy.
  • Transfers energy.
  • Increase in size as ENERGY increases.
  • Louder
  • Brighter
  • Sharper
  • Are usually produced by VIBRATIONS.

3
Basic Wave Information
  • There are two types of waves
  • Mechanical waves
  • Electromagnetic waves

4
Waves - Specifically
  • Waves have two different appearances
  • Some waves are transverse and some waves are
    longitudinal.

5
Transverse Wave
Transverse waves have crest and troughs
6
Transverse Waves
  • Motion of wave is PERPENDICULAR to the movement.

Movement Direction
7
Longitudinal Wave
Pushed together
Spread Out
Longitudinal waves have compressions and
rarefactions.
8
Longitudinal Wave
  • Wave motion is parallel to the motion.

Movement Direction
9
Video How Longitudinal Waves Travel
  • Smoke Rings (323)
  • http//www.stevespanglerscience.com/experiment/air
    -cannon-smoke-ring-vortex-launcher
  • BETTER!
  • http//www.youtube.com/watch?v-VL0M0jmu7k

10
Wave Properties - Crest
Crest!
  • Image A typical SINE wave.
  • The top of a wave is called the crest.

11
Wave Properties - Amplitude
  • The top of the wave to the point of origin.
  • Half the total height of the wave.

Amplitude!
12
Wave Properties - Wavelength
  • The distance from crest to crest.
  • The distance from trough to trough.
  • The distance from one point of the wave to the
    next point.

Wavelength!
Wavelength!
Wavelength!
13
Longitudinal Wave
  • Wavelength from compression to compression or
    rarefaction to rarefaction

Wavelength!
14
Wave Energy
  • The higher the amplitude the more energy the wave
    has.
  • The shorter (closer together) the wavelength the
    more energy the wave has.
  • Louder
  • Brighter
  • Intense

15
Left Side Activity
  • Look over all the notes and complete a left side
    activity for these notes on p. 70 of IN.

16
Essential Questions
  • Read the EQ on p. 61
  • Answer questions 1-5 on page 60
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