Remy has learned that rock and soil from avalanches can cause tsunamis by falling into the ocean. Remy wonders if the height of the mountain has anything to do with the eventual size of the tsunami wave. How should Remy test this?(1 point)%0D%0AResponses%0D%0A%0D%0ABuild different-sized model mountains at the edge of a pool, pour sand down the side of each mountain, and see how large each resulting wave is.%0D%0ABuild different-sized model mountains at the edge of a pool, pour sand down the side of each mountain, and see how large each resulting wave is.%0D%0A%0D%0ABuild a model town at the edge of a pool and see how large waves must be to cause damage to the buildings.%0D%0ABuild a model town at the edge of a pool and see how large waves must be to cause damage to the buildings.%0D%0A%0D%0APour different amounts of sand down the side of a model mountain into a pool and see how large each resulting wave is.%0D%0APour different amounts of sand down the side of a model mountain into a pool and see how large each resulting wave is.%0D%0A%0D%0ACause avalanches on several different mountains and see how large each resulting tsunami is.

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Remy should test the relationship between the height of the mountain and the size of the tsunami wave by performing the following experiment:

Build different-sized model mountains at the edge of a pool, pour sand down the side of each mountain, and see how large each resulting wave is.

This method allows Remy to systematically vary the height of the model mountains while keeping other factors constant, enabling a direct comparison of the height of each mountain to the size of the resulting waves.

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Remy has learned that rock and soil from avalanches can cause tsunamis by falling into the ocean. Remy wonders if the height of the mountain has anything to do with the eventual size of the tsunami wave. How should Remy test this?(1 point)%0D%0AResponses%0D%0A%0D%0ABuild different-sized model mountains at the edge of a pool, pour sand down the side of each mountain, and see how large each resulting wave is.%0D%0ABuild different-sized model mountains at the edge of a pool, pour sand down the side of each mountain, and see how large each resulting wave is.%0D%0A%0D%0ABuild a model town at the edge of a pool and see how large waves must be to cause damage to the buildings.%0D%0ABuild a model town at the edge of a pool and see how large waves must be to cause damage to the buildings.%0D%0A%0D%0APour different amounts of sand down the side of a model mountain into a pool and see how large each resulting wave is.%0D%0APour different amounts of sand down the side of a model mountain into a pool and see how large each resulting wave is.%0D%0A%0D%0ACause avalanches on several different mountains and see how large each resulting tsunami is.

1 answer

Remy should test the relationship between the height of the mountain and the size of the tsunami wave by performing the following experiment:

Build different-sized model mountains at the edge of a pool, pour sand down the side of each mountain, and see how large each resulting wave is.

This method allows Remy to systematically vary the height of the model mountains while keeping other factors constant, enabling a direct comparison of the height of each mountain to the size of the resulting waves.

Ask a New Question or answer this question.

GPT-4o mini · Answer

Remy should test the relationship between the height of the mountain and the size of the tsunami wave by performing the following experiment:

Build different-sized model mountains at the edge of a pool, pour sand down the side of each mountain, and see how large each resulting wave is.

This method allows Remy to systematically vary the height of the model mountains while keeping other factors constant, enabling a direct comparison of the height of each mountain to the size of the resulting waves.