Exercise
Form 12: Real-World Applications and Earthquake Waves
In this engaging exercise, students will explore the real-world applications of earthquake waves by analyzing seismic data and simulating how different wave types affect structures and landscapes during an earthquake. Through hands-on activities and critical thinking, learners will gain a deeper understanding of geology and engineering principles while preparing for potential natural disasters.
Questions
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MultiChoice
Which seismic wave is longitudinal and travels fastest through Earth's crust?
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MultiChoice
Which seismic wave is transverse and cannot travel through the liquid outer core of Earth?
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MultiChoice
How did geologists discover Earth's outer core is liquid?
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MultiChoice
How does Sonar technology measure ocean depth?
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MultiChoice
Medical ultrasound imaging relies on which wave mechanism?
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MultiChoice
Which real-life music example demonstrates a transverse wave?
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MultiChoice
What instrument is used to record and measure seismic waves?
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MultiChoice
Which wave property causes an earthquake to inflict major destruction on buildings?
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MultiChoice
Mobile phones transmit data using which type of wave?
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MultiChoice
Polarized sunglasses block horizontally oriented transverse light waves. Why is this useful?
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MultiChoice
In a brass instrument like a trumpet, sound is created by vibrating lips pushing air back and forth. This forms a:
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MultiChoice
When a tsunami wave approaches shore, its wave height (amplitude) increases dramatically. What happens to its energy concentration?