Depends, usually 100m to 300m or so.
As the water recedes back into the ocean, it doesn't just go straight back out to deep waters. It stays closer to the coast, which causes the rise of ocean levels. +++ Sorry, but that is wrong. A tsunami is a wave and once the water it has flung onto land has flowed back to the sea, sea-level is as it was. In fact, however devastating the tsunami, the volume of water it moves is so small compared to world-wide ocean volume, its effect on sea-level is too all intents and purposes, non-existent. Water cannot behave as you say anyway! One very important point. The section heading is "Global Warming, Oceans and Seas". Most, and certainly the most destructive, Tsunami have nothing to do with climate or sea-level change.
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.
when a tsunami enters shallow water there is imediate danger that a tsunami is about to strike...!!(: ENJOY.
Normal saline has approximately 9,000 ppm (parts per million) of dissolved salt, while sea water typically has around 35,000 ppm of dissolved salt. Sea water is therefore more concentrated in salt compared to normal saline.
A tsunami is typically generated by the displacement of a large volume of water, usually from undersea earthquakes, volcanic eruptions, or landslides. The medium through which a tsunami travels is water, specifically ocean water.
normal for WHAT (where)?
As the water recedes back into the ocean, it doesn't just go straight back out to deep waters. It stays closer to the coast, which causes the rise of ocean levels. +++ Sorry, but that is wrong. A tsunami is a wave and once the water it has flung onto land has flowed back to the sea, sea-level is as it was. In fact, however devastating the tsunami, the volume of water it moves is so small compared to world-wide ocean volume, its effect on sea-level is too all intents and purposes, non-existent. Water cannot behave as you say anyway! One very important point. The section heading is "Global Warming, Oceans and Seas". Most, and certainly the most destructive, Tsunami have nothing to do with climate or sea-level change.
7.1985 is the normal or apreciated pH level in water
A tsunami is caused by a sudden disturbance on the seafloor, like an earthquake or underwater landslide, that displaces a large volume of water. This displacement creates a series of powerful waves that can travel long distances across the ocean and result in a rise in water level when they reach shallow coastal areas.
because hhfhjdjjgdjjduhdjjdh
its called a tsunami
A tsunami is a series of ocean waves caused by a large displacement of water, usually from undersea earthquakes or landslides. As the waves move through the ocean towards land, they push a large amount of water along with them, causing the water level to rise significantly when they reach the shoreline.
Tsunami do not have steps, they are a water wave.
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.
Current as of when?
The normal level of pH in water is around 7, which is considered neutral. Below 7 is acidic and above 7 is basic.
yes a bean will grow faster in sugary water