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)

Responses

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.
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.

Build a model town at the edge of a pool and see how large waves must be to cause damage to the buildings.
Build a model town at the edge of a pool and see how large waves must be to cause damage to the buildings.

Pour different amounts of sand down the side of a model mountain into a pool and see how large each resulting wave is.
Pour different amounts of sand down the side of a model mountain into a pool and see how large each resulting wave is.

Cause avalanches on several different mountains and see how large each resulting tsunami is.

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.

The best approach for Remy to test if the height of the mountain has an impact on the size of the tsunami wave would be to pour different amounts of sand down the side of a model mountain into a pool and observe the size of each resulting wave.

The most appropriate test to determine if the height of the mountain has an effect on the eventual size of the tsunami wave would be to 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. By varying the height of the model mountains and observing the resulting wave sizes, Remy can analyze if there is a correlation between the height of the mountain and the size of the tsunami wave. This experiment allows for controlled variables and specific comparison between different mountain heights, providing valuable insights into the relationship between mountain height and tsunami wave size.