In deepwater, tsunamis have a relatively small height (typically 2 m) and a
very long period (typically 30 minutes). The amplitude becomes larger as they pile up when they reach shallow water. For a tsunami in deep water, calculate the energy per meter of wave front (in J/m). Compare this with the energy per meter of width of a 2-m wide,1500-kg automobile traveling at 120 km/h. This comparison mphasizes the damage that can be caused by a tsunami.

Question

In deepwater, tsunamis have a relatively small height (typically 2 m) and a
very long period (typically 30 minutes). The amplitude becomes larger as they pile up when they reach shallow water. For a tsunami in deep water, calculate the energy per meter of wave front (in J/m). Compare this with the energy per meter of width of a 2-m wide,1500-kg automobile traveling at 120 km/h. This comparison  mphasizes the damage that can be caused by a tsunami.

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The Answer of In deepwater, tsunamis have a relatively small height (typically 2 m) and a
very long period (typically 30 minutes). The amplitude becomes larger as they pile up when they reach shallow water. For a tsunami in deep water, calculate the energy per meter of wave front (in J/m). Compare this with the energy per meter of width of a 2-m wide,1500-kg automobile traveling at 120 km/h. This comparison  mphasizes the damage that can be caused by a tsunami.

In Deepwater, Tsunamis Have a Relatively Small Height (Typically 2