Well it depends really it can vary from about $100-$100 billion a.u.s dollars. :)
$9,518,749,000
$4,834,002.00
the arrival of surface waves liquefaction a tsunami an aftershock
Tsunamis cause damage by two mechanisms: the smashing force of a wall of water travelling at high speed, and the destructive power of a large volume of water draining off the land and carrying all with it, even if the wave did not look large.
Tsunamis don't have names <----- by someone i don't know ok well right now i am someone else improving this question :) the earthquake was called 'the great east japan earthquake' so i guess its called 'the great east japan tsunami. <----- by ME
No. However, the earthquake and following tsunami in Japan did have a pretty large effect on Santa Cruz. Because Santa Cruz has a pretty narrow opening to the sea, the ripples from the tsunami in Japan did a lot of damage in the harbor. Due to the narrow opening, the waves became much larger and caused boats to crash into each other. Some boats sunk, and a bridge suffered some damage too.
Yes. A tsunami consists of large waves or surges of water.
yes <><><><><> and no. Many tsunamis have multiple shock waves.
A tsunami is a large wave.
the arrival of surface waves liquefaction a tsunami an aftershock
a tsunami
the tsunami are MOSTLLY 10 meters.
It depends on how large the tsunami is.. they all vary! :)
A thunderstorm and a tsunami are two very different phenomena. Both can be dangerous and can cause damage and flooding, but in completely different ways Both release large amounts of energy. Other than that they are completely different.
large and thickly populated settlements means
It is a tsunami.
Tsunamis cause damage by two mechanisms: the smashing force of a wall of water travelling at high speed, and the destructive power of a large volume of water draining off the land and carrying all with it, even if the wave did not look large.
A tsunami can happen if a large volume of water is suddenly displaced by an undersea earthquake.
A tsunami can happen if a large volume of water is suddenly displaced by an undersea earthquake.