Introduction to Waves. Essential Question: What are the characteristics of mechanical and electromagnetic waves? (S8P4a,d,f)
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1 Introduction to Waves Essential Question: What are the characteristics of mechanical and electromagnetic waves? (S8P4a,d,f)
2 Use the PowerPoint to fill in the Waves graphic organizer as we discuss the characteristics of waves
3 What are Waves? Rhythmic disturbances that carry energy without carrying matter
4 Types of Waves Mechanical Waves need matter (or medium) to transfer energy A medium is the substance through which a wave can travel. Ex. Air; water; particles; strings; solids; liquids; gases Electromagnetic Waves DO NOT NEED matter (or medium) to transfer energy They do not need a medium, but they can go through matter (medium), such as air, water, and glass
5 Mechanical Waves Waves that need matter (medium) to transfer energy: Examples: Sound waves, ocean waves, ripples in water, earthquakes, wave of people at a sporting event
6 Some examples of Mechanical Waves
7 Distributed Summarizing Answer the following question with an elbow partner: Look back at the examples of mechanical waves. If waves transfer energy, which type of mechanical wave do you think transferred the most energy? Why?
8 Transverse (Mechanical) Waves Energy causes the matter in the medium to move up and down or back and forth at right angles to the direction the wave travels. Examples: waves in water waves/intro/video/creating_a_transverse_wave.mov waves/intro/wavesvibration.html
9 Use the next four slides and your Wave Diagram sheet to label and define the parts of a Transverse wave.
10 Parts of a Transverse Wave The crest is the highest point on a wave.
11 Parts of a Transverse Wave The trough is the valley between two waves, is the lowest point.
12 Parts of a Transverse Wave The wavelength is the horizontal distance, either between the crests or troughs of two consecutive waves.
13 Parts of a Transverse Wave The amplitude is the peak (greatest) value (either positive or negative) of a wave. The distance from the undisturbed level to the trough or crest.
14 An ocean wave is an example of a mechanical transverse wave
15
16 Compressional Wave (longitudinal) A mechanical wave in which matter in the medium moves forward and backward along the same direction that the wave travels. Ex. Sound waves A slinky is a good illustration of how a compressional wave moves
17 Use the next three slides and your Wave Diagram sheet to label and define the parts of a Compressional wave.
18 Parts of a Compressional Wave (Longitudinal) The compression is the part of the compressional wave where the particles are crowded together.
19 Parts of a Compressional Wave (Longitudinal) The rarefaction is the part of the compressional wave where the particles are spread apart.
20 Parts of a Compressional Wave (Longitudinal) The wavelength is the distance from compression to compression or rarefaction to rarefaction in a compressional wave.
21
22 Animation of Transverse and Longitudinal (Compression) Waves: ool/physics/home/animations3 /waves/wavemotion.html
23 Electromagnetic Waves Waves that DO NOT NEED matter (medium) to transfer energy Examples: radiation, TV & radio waves, X-rays, microwaves, lasers, energy from the sun, visible light Electromagnetic waves are considered transverse waves because they have similar characteristics; therefore, they have the same parts. More to come on Electromagnetic waves
24 Electromagnetic Spectrum The electromagnetic spectrum illustrates the range of wavelengths and frequencies of electromagnetic waves.
25 Electromagnetic Spectrum Sheet 1. Which of the following has the longest wavelength? Microwave Gamma Ray Radio Wave Ultraviolet Light 2. Which of the following has the highest frequency? Microwave Gamma Ray Radio Wave Ultraviolet Light 3. Compare the wavelength and frequency of a radio wave to the wavelength and frequency of a gamma ray. 4. Compare the wavelength of infrared light to the wavelength of ultraviolet light.
26 Summarizing Strategy Types of Waves Quad Clusters 1. Sound Wave Ocean Wave Wave on a rope Stadium Wave Which one does not belong? Why? 2. Microwave X-ray Laser Sound Wave Which one does not belong? Why? 3. Radiation Radio Signal Light Earthquake Which one does not belong? Why? 4. Sound Wave Ripple in water Guitar String TV Signal Which one does not belong? Why?
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