because of resonance under crust
Bear in mind that it is not just the Richter scale measurement which determines the severity of a tsunami which results from an earthquake; the location of the earthquake is also relevant. And inland earthquake does not produce the same tsunami as an underwater earthquake. That said, 8.3 is an extremely powerful earthquake which could produce a tsunami that would travel for thousands of miles and cause immense dammage over a very wide area.
You don't. An earthquake is the shaking of the ground. It does not produce wind.
If you think to an earthquake helium is released.
earthquakes that produce more horizontal
A tsunami may form as the displaced sea water nears the land.
An earthquake is accompanied by noise due to the release of energy stored in the Earth's crust. This energy causes rock layers to break and slip past each other, creating vibrations that produce sound waves. The noise you hear during an earthquake is a result of these vibrations traveling through the ground and air.
No noise
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The movment does cause the rattle of buildings shaking as well.
Noise and recoil
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They mass produce...
Bear in mind that it is not just the Richter scale measurement which determines the severity of a tsunami which results from an earthquake; the location of the earthquake is also relevant. And inland earthquake does not produce the same tsunami as an underwater earthquake. That said, 8.3 is an extremely powerful earthquake which could produce a tsunami that would travel for thousands of miles and cause immense dammage over a very wide area.
no the earthquake produces the tsunami
Seismic waves.
These are known as seismic waves.
magnitude of an earthquake can be determined from the data ... an empirical quantitative ranking of the earthquake's inherent size or strength ... Another way to measure the size of an earthquake is to compute how much ... length with an average seismogenic width of 100km to produce an Mw10.5.