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2 cards from this section. Quick, good the night before a test.
What type of wave is an S-wave?
Think about how they move compared to P-waves.
Can S-waves travel through liquids?
Consider the Earth's layers.
What do S-waves primarily cause in materials?
Focus on the nature of how waves move and affect materials.
S-waves can travel through which of the following?
Consider the layers of the Earth and where S-waves are present.
Analyze a hypothetical construction site where S-wave velocity measurements were taken. Discuss how these measurements could influence the design of buildings and foundations under seismic conditions.
Think about how strong or weak soil can affect wave velocity and what that means for standing structures.
Consider an earthquake scenario where S-waves reach a city first, followed closely by surface waves. Discuss the expected impacts on structures.
Recall the characteristics of both wave types and how they interact with buildings.
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