#30.5.1 Waves Day 2 📅Fri 4.08.22

1

Which of the following best describes the motion of the medium in the wave above?

There is no medium.

The medium moves perpendicular to the energy.

The medium does not move.

The medium moves parallel to the energy.

1

The image above shows which type of wave?
[Select ALL that apply!]

Latitudinal

Transverse

Mechanical

Longitudinal

1

Which of the following accurately describes the image above.
[Select ALL that apply]

The wave on the bottom has more energy because it has a larger amplitude.

The wave on the bottom has more energy because it has a longer wavelength.

The wave on the bottom has more energy because it has the greatest frequency.

The wave on the bottom has more energy because it has a shorter wavelength.

1

Which of the following accurately describes the image above.
[Select ALL that apply]

Both waves are mechanical

A wave pulse is different than a periodic wave because a wave pulse consists of a single disturbance of a medium instead of an oscillating (periodic) disturbance.

A periodic wave is different than a wave pulse because a periodic wave consists of a single disturbance of a medium instead of an oscillating (periodic) disturbance.

Both waves are transverse

Both waves are electromagnetic

1

Which of the two waves above most likely has more energy?

the periodic wave

the wave pulse

1

Which of the following accurately describes the image above.
[Select ALL that apply]

Energy in logitudinal waves travels parallel to the motion of the medium.

Energy in logitudinal waves travels perpendicular to the motion of the medium.

Energy in transverse waves travels perpendicular to the motion of the medium.

Energy in transverse waves travels parallel to the motion of the medium.

1

Define disturbance based on the image above. (NOT Google!)

1

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
Use the link above to describe how "P waves" travel underground through the earth.

1

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
Use the link above to describe how "S waves" travel underground through the earth.

1

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
How does the motion of P and S waves help us identify the layers of the Earth? Be specific!

1

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
How does the earthquakes energy travel on the surface of the earth?

1

https://www.physicsclassroom.com/Physics-Interactives/Waves-and-Sound/Simple-Wave-Simulator/Simple-Wave-Simulator-Interactive
Use the interactive above to explore Frequency, Wave Speed, and Wave Amplitude, then complete the concept checker. Complete Sudden Death Mode of the concept checker:
https://www.physicsclassroom.com/Concept-Checkers/Interactives/Simple-Wave-Simulator/Concept-Checker
Add a screenshot, or your score below.

1

Select "Wave Game" and Level 1.
Attach a screenshot of your progress!

1

Select "Wave Game" and Level 2.
Attach a screenshot of your progress!

1

Select "Wave Game" and Level 4.
Attach a screenshot of your progress!

1

#30.5.1 Waves Day 2 📅Fri 4.08.22

Which of the following best describes the motion of the medium in the wave above?

The image above shows which type of wave?
[Select ALL that apply!]

Which of the following accurately describes the image above.
[Select ALL that apply]

Which of the following accurately describes the image above.
[Select ALL that apply]

Which of the two waves above most likely has more energy?

Which of the following accurately describes the image above.
[Select ALL that apply]

Define disturbance based on the image above. (NOT Google!)

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
Use the link above to describe how "P waves" travel underground through the earth.

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
Use the link above to describe how "S waves" travel underground through the earth.

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
How does the motion of P and S waves help us identify the layers of the Earth? Be specific!

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
How does the earthquakes energy travel on the surface of the earth?

Select "Wave Game" and Level 1.
Attach a screenshot of your progress!

Select "Wave Game" and Level 2.
Attach a screenshot of your progress!

Select "Wave Game" and Level 4.
Attach a screenshot of your progress!

Attach a screenshot of the highest level completed!

Which of the following best describes the motion of the medium in the wave above?

The image above shows which type of wave?
[Select ALL that apply!]

Which of the following accurately describes the image above.
[Select ALL that apply]

Which of the following accurately describes the image above.
[Select ALL that apply]

Which of the two waves above most likely has more energy?

Which of the following accurately describes the image above.
[Select ALL that apply]

Define disturbance based on the image above. (NOT Google!)

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
Use the link above to describe how "P waves" travel underground through the earth.

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
Use the link above to describe how "S waves" travel underground through the earth.

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
How does the motion of P and S waves help us identify the layers of the Earth? Be specific!

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
How does the earthquakes energy travel on the surface of the earth?

Select "Wave Game" and Level 1.
Attach a screenshot of your progress!

Select "Wave Game" and Level 2.
Attach a screenshot of your progress!

Select "Wave Game" and Level 4.
Attach a screenshot of your progress!

Attach a screenshot of the highest level completed!

#30.5.1 Waves Day 2 📅Fri 4.08.22

#30.5.1 Waves Day 2 📅Fri 4.08.22

Which of the following best describes the motion of the medium in the wave above?

The image above shows which type of wave? [Select ALL that apply!]

Which of the following accurately describes the image above.[Select ALL that apply]

Which of the following accurately describes the image above.[Select ALL that apply]

Which of the two waves above most likely has more energy?

Which of the following accurately describes the image above.[Select ALL that apply]

Define disturbance based on the image above. (NOT Google!)

https://ds.iris.edu/seismon/swaves/index.phpEnergy propagates from an earthquake in the form of mechanical waves. Use the link above to describe how "P waves" travel underground through the earth.

https://ds.iris.edu/seismon/swaves/index.phpEnergy propagates from an earthquake in the form of mechanical waves. Use the link above to describe how "S waves" travel underground through the earth.

https://ds.iris.edu/seismon/swaves/index.phpEnergy propagates from an earthquake in the form of mechanical waves. How does the motion of P and S waves help us identify the layers of the Earth? Be specific!

https://ds.iris.edu/seismon/swaves/index.phpEnergy propagates from an earthquake in the form of mechanical waves. How does the earthquakes energy travel on the surface of the earth?

Select "Wave Game" and Level 1.Attach a screenshot of your progress!

Select "Wave Game" and Level 2.Attach a screenshot of your progress!

Select "Wave Game" and Level 4.Attach a screenshot of your progress!

Attach a screenshot of the highest level completed!

Which of the following best describes the motion of the medium in the wave above?

The image above shows which type of wave? [Select ALL that apply!]

Which of the following accurately describes the image above.[Select ALL that apply]

Which of the following accurately describes the image above.[Select ALL that apply]

Which of the two waves above most likely has more energy?

Which of the following accurately describes the image above.[Select ALL that apply]

Define disturbance based on the image above. (NOT Google!)

https://ds.iris.edu/seismon/swaves/index.phpEnergy propagates from an earthquake in the form of mechanical waves. Use the link above to describe how "P waves" travel underground through the earth.

https://ds.iris.edu/seismon/swaves/index.phpEnergy propagates from an earthquake in the form of mechanical waves. Use the link above to describe how "S waves" travel underground through the earth.

https://ds.iris.edu/seismon/swaves/index.phpEnergy propagates from an earthquake in the form of mechanical waves. How does the motion of P and S waves help us identify the layers of the Earth? Be specific!

https://ds.iris.edu/seismon/swaves/index.phpEnergy propagates from an earthquake in the form of mechanical waves. How does the earthquakes energy travel on the surface of the earth?

Select "Wave Game" and Level 1.Attach a screenshot of your progress!

Select "Wave Game" and Level 2.Attach a screenshot of your progress!

Select "Wave Game" and Level 4.Attach a screenshot of your progress!

Attach a screenshot of the highest level completed!

The image above shows which type of wave?
[Select ALL that apply!]

Which of the following accurately describes the image above.
[Select ALL that apply]

Which of the following accurately describes the image above.
[Select ALL that apply]

Which of the following accurately describes the image above.
[Select ALL that apply]

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
Use the link above to describe how "P waves" travel underground through the earth.

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
Use the link above to describe how "S waves" travel underground through the earth.

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
How does the motion of P and S waves help us identify the layers of the Earth? Be specific!

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
How does the earthquakes energy travel on the surface of the earth?

Select "Wave Game" and Level 1.
Attach a screenshot of your progress!

Select "Wave Game" and Level 2.
Attach a screenshot of your progress!

Select "Wave Game" and Level 4.
Attach a screenshot of your progress!

The image above shows which type of wave?
[Select ALL that apply!]

Which of the following accurately describes the image above.
[Select ALL that apply]

Which of the following accurately describes the image above.
[Select ALL that apply]

Which of the following accurately describes the image above.
[Select ALL that apply]

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
Use the link above to describe how "P waves" travel underground through the earth.

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
Use the link above to describe how "S waves" travel underground through the earth.

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
How does the motion of P and S waves help us identify the layers of the Earth? Be specific!

https://ds.iris.edu/seismon/swaves/index.php
Energy propagates from an earthquake in the form of mechanical waves.
How does the earthquakes energy travel on the surface of the earth?

Select "Wave Game" and Level 1.
Attach a screenshot of your progress!

Select "Wave Game" and Level 2.
Attach a screenshot of your progress!

Select "Wave Game" and Level 4.
Attach a screenshot of your progress!