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Jeopardy. Speed of waves. Heat transfer. Waves. Medeum s. Potpourri. Q $100. Q $100. Q $100. Q $100. Q $100. Q $200. Q $200. Q $200. Q $200. Q $200. Q $300. Q $300. Q $300. Q $300. Q $300. Q $400. Q $400. Q $400. Q $400. Q $400. Q $500. Q $500. Q $500. Q $500.
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Jeopardy Speed of waves Heat transfer Waves Medeums Potpourri Q $100 Q $100 Q $100 Q $100 Q $100 Q $200 Q $200 Q $200 Q $200 Q $200 Q $300 Q $300 Q $300 Q $300 Q $300 Q $400 Q $400 Q $400 Q $400 Q $400 Q $500 Q $500 Q $500 Q $500 Q $500 Final Jeopardy
$100 Question from H1 1. What does the wavelength of a wave indicate?
$100 Answer from H1 Energy
$200 Question from H1 Which one has the greatest amplitude? Figure 1 Figure 2 Figure 3 Figure 4
$200 Answer from H1 Figure four
$300 Question from H1 Which one has the highest frequency
$300 Answer from H1 Figure 3
$400 Question from H1 Which on has the longest wavelength?
$400 Answer from H1 Figure 1
$500 Question from H1 What happens to the noise level of a sound wave as the amplitude increases?
$500 Answer from H1 It goes up
$100 Question from H2 What is the relationship between the speed of sound and the density of the substance it travels through?
$100 Answer from H2 The more dense the substance the faster the sound travels
$200 Question from H2 What will happen to sound waves traveling through the air when they reach water?
$200 Answer from H2 They will speed up
$300 Question from H2 How are sound and light waves different?
$300 Answer from H2 Light can travel through space and sound cannot
$400 Question from H2 Why does the spoon in the glass of water look like it is bent?
$400 Answer from H2 light travels at different speeds through water and air
$500 Question from H2 Two students wish to measure the speed of sound in water. They go to one end of a swimming pool and strike a bell with a hammer underwater. They time how long it takes for the sound to reach the other end of the pool. They did a total of 10 trials. Why did the students do 10 trials instead of 1?
$500 Answer from H2 the data are more trustworthy when more tests are done.
$100 Question from H3 You can estimate how far away a lightning bolt strikes by counting the seconds between seeing the lightning and hearing the thunder. Why does this work?
$100 Answer from H3 sound waves travel more slowly through air than light waves.
Students use a light meter to measure the intensity of the light from a light. They start close to the light (100%) and then move away one meter at a time. $200 Question from H3 What would you expect to happen to the amount of light the meter senses as you move away from the light? The amount of light will
$200 Answer from H3 It will decrease
$300 Question from H3 What happens to the amount of energy in waves as they travel away from their source? The energy
$300 Answer from H3 becomes less and less as it is spread out
$400 Question from H3 After conducting several experiments, Isaac Newton concluded that light is a combination of different wavelengths. Which evidence supports his conclusion?
$400 Answer from H3 A. light is white. B. light is found all over the universe. C. light separates into colors in a prism. D. light can travel very rapidly through space..
$500 Question from H3 An experiment in the 1700’s tried to measure the speed of light with a clock by timing how long it took light to travel from one lighthouse to another. The experiment failed. The speed of light was eventually measured when astronomers measured the time it took light to travel from a planet to Earth. How did technology limit the first experiment?
$500 Answer from H3 light travels too fast for a clock to measure in short distances.
$100 Question from H4 Which correctly matches the type of heat transfer with the letter in the diagram? A. A = convection, B = conduction, C= radiation B. A = conduction, B = radiation, C = convection C. A = translation, B = radiation, C =conduction D. A = radiation, B = conduction, C = translation
$100 Answer from H4 A. A = convection, B = conduction, C= radiation
$200 Question from H4 How is the heat transfer process at “B” different than at “A”?
$200 Answer from H4 The objects must be touching
$300 Question from H4 What is another example of the process at “A”? A. hot air rising to take a balloon into the sky B. burning yourself on a hot stove burner. C. sitting out in the sun and getting a sunburn D. using electricity to turn a computer on
$300 Answer from H4 A. hot air rising to take a balloon into the sky
$400 Question from H4 Newton’s prism experiments showed that white sunlight is made up of
$400 Answer from H4 All colors of light
$500 Question from H4 In a longitudinal wave, what do you call the area where the vibrating particles are spread out?
$500 Answer from H4 Rarefaction
$100 Question from H5 What do you call the lowest part of a transverse wave?
$100 Answer from H5 Trough
$200 Question from H5 Which of the following occurs as light travels farther from its source? a.Fartherfrom the source, photons spread over a larger area. b.Farfrom the source, photons spread through a small area. c.Theintensity of light increases as photons move away from the source. d.Thesource gives off less light as photons move away from it.
$200 Answer from H5 d.The source gives off less light as photons move away from it.
$300 Question from H5 These types of waves vibrate at right angles to the direction the wave is travelling.
$300 Answer from H5 Transverse wave Electromagnetic waves
$400 Question from H5 The wavelength of a transverse wave can be measured between what two points? list 3 different ways
$400 Answer from H5 From any point on one wave to the same From one trough to the next From one crest to the next
$500 Question from H5 Your Text Here
