Yes, the tsunami wave is stronger than the hurricane. The tsunami wave is a huge pile of water that can travel on land like one of the tsunami wave hit the states of Hawaii on march 11, 2010 off the west coast of the United States after Japan earthquake. Hurricanes are strong enough to blow houses, vehicles and boats away but then have to go back to the water to get more strength but the tsunami wave just continue traveling without having to go back to the water. The tsunami wave is much stronger than the hurricane and it is big enough to crush the whole entire building.
No. A hurricane on water is simply a hurricane. Tsunami is a large wave triggered by an underwater disturbance such as an earthquake. A hurricane is a type of storm.
tsunami are bigger and stronger
a tsunami is sort of a hurricane in the disaster family ,but a tsunami is a seismic sea wave that brings over an earthquake focus and can be highly destructive when it crashes on shore.
Yes. Weaker at the first time but in a few hours, the tsunami wave gets alot stronger very quickly.
tsunami
No. For one thing, a tsunami does not have an eye. A tsunami is a massive wave usually triggered by an earthquake. You may be confusing it with a hurricane or typhoon. The eye of a hurricane does not freeze anything. In fact, the air in the eye is a bit warmer than the surrounding air. The freezing eye scenario presented in The Day After Tomorrow is utterly ridiculous.
No, every wave is not a harbor wave or popularly called Tsunami. Tsunamis have heir wavelength much longer than normal sea waves.
The two are a comparable as apples and oranges. Other than toting up the amount of kilojoules release by each, there is no way to compare the strength of a tsunami and a tornado. The two are quite unrelated. A tornado is a strong whirlwind. A tsunami is a powerful wave in the ocean, usually caused by earthquakes.
A tsunami wave can be detected by a wave gauge and pressure monitors.
It doesn't push a tidal wave (a misleading name for a tsunami), butit does push a storm surge. The leading quadrant (typically thenortheast in North America) pushes the water ahead of it, leadingto higher than normal tides.
That depends on the strength/size of the volcano and tsunami in question. That is just like asking if fire is stronger than water. With a lot of fire, you can cause the water to transform into steam, but with a lot of water, you can put the fire out. Make sense?
The Japanese tsunami of 2011 had just one primary wave, which caused widespread devastation along the coast of Japan.