To test whether the height of a mountain affects the size of the tsunami wave caused by avalanches, Remy could follow these steps:
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Research and Gather Data: Collect information on historical tsunamis triggered by landfalls, including data on the height of the mountains involved and the size (height, length, energy) of the resulting tsunamis.
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Identify Variables: Define the independent variable (mountain height) and the dependent variable (tsunami size). Control for other factors that could influence tsunami size, such as the volume of material that falls into the ocean, the angle of the slope, and the depth of the water where the material lands.
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Conduct Ocean Simulation Experiments: If possible, create scaled experiments using physical models in a controlled environment. Simulate different mountain heights and release corresponding amounts of rock/soil material into water tanks to observe the resultant wave sizes.
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Analyze the results: Compare tsunami sizes generated by avalanches from mountains of different heights. Look for patterns to determine if there is a statistical correlation between mountain height and tsunami size.
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Draw Conclusions: Based on the collected data and experimental results, evaluate whether there is a relationship between the height of the mountain and the tsunami size. This may lead to new insights or hypotheses for further research.
By following these steps, Remy can effectively investigate the potential connection between mountain height and tsunami wave size.