Wave height, ocean motion chapter in science text
because it hits shore and loses power or has be going on for a long time.
Wave height, ocean motion chapter in science text
A tsunami typically moves in multiple directions from its point of origin, spreading outward in all directions across the ocean. Once it reaches shallower waters near the coast, it can be focused and amplified in one primary direction, leading to the destructive run-up onshore.
Yes, before a tsunami hits the shore, it can cause the sea surface level to recede significantly. This is known as a drawback effect, where water is pulled away from the coast as the tsunami energy builds up. Once the tsunami makes landfall, the water is then quickly pushed back towards the shore with tremendous force.
Yes, the water along a shoreline may recede just before a tsunami strikes, which is known as a "drawback". This phenomenon is due to the leading edge of the tsunami wave pulling water away from the shore as it approaches.
because it hits shore and loses power or has be going on for a long time.
It disappears until the tsunami dies away. I don't know what happens to a tsunami but this is what I think.
As a tsunami wave approaches the shore, its speed decreases due to the wave energy being compressed into a smaller space. This leads to an increase in wave height and impact force when the tsunami hits the coastline.
it usually travels at around 45 mph when it arrives at the shore.
Wave height, ocean motion chapter in science text
A tsunami typically moves in multiple directions from its point of origin, spreading outward in all directions across the ocean. Once it reaches shallower waters near the coast, it can be focused and amplified in one primary direction, leading to the destructive run-up onshore.
Yes, before a tsunami hits the shore, it can cause the sea surface level to recede significantly. This is known as a drawback effect, where water is pulled away from the coast as the tsunami energy builds up. Once the tsunami makes landfall, the water is then quickly pushed back towards the shore with tremendous force.
Yes, the water along a shoreline may recede just before a tsunami strikes, which is known as a "drawback". This phenomenon is due to the leading edge of the tsunami wave pulling water away from the shore as it approaches.
It is possible that Tsunamis can change the direction of a current as it swells, but will not destroy it completely. After a small tsunami hits the shore, the currents can return to their original course. If a tsunami is very strong, the current will not be able to return to its original position. So, the fate of the currents really depend on whether the tsunami is big or small. In my opinion, a tsunami is unpredictable.
A tsunami is a massive surge of water. As a relatively dense liquid, a tsunami will mostly be limited to low-lying areas near the shore. In most cases, an area more than 100 feet above sea level will by safe.
As waves approach the shore the wavelength and speed decreases. As they decrease, the wave grows larger. The wave then crashes onto shore because it becomes too steep for the bottom of the wave to carry.
dont know because never been in a tsunami