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undertow
The wind does not move through water to any significant extent.
A wave. The wave advances, but the individual water particles go back to their places. This is typical for all kinds of waves: energy is transferred from one part of the substance (water, in this case), to another.
the water becoming gradually more shallow..
Waves typically affect the shoreline by eroding it. Constant forces of water against the shore make it weak, and will break down the rocks over time. Waves also bring animals from the sea onto the shore,
A tide is when the water moves towards the shore and away from the shore. A forty foot tide means that when the tide is high, the water will move onto shore, forty feet.
Due to the moon's gravitational pull on the big oceans water will move away and towards the beaches at a certain interval, and these are called tides. When the water is pulled towards the shore you get high tides and when water is pulled away from the shore you get low tide.
An undertow flows away from the shore, toward the open water.
As a tsunami approaches the shore line the huge wave sucks the water in front of it out to sea towards the tsunami helping build the wave even larger as it gets to the shore. There are pictures showing the ocean bed almost completely without water just before the tsunami hits.
Some jellyfish stings are dangerous to humans.
Gravity pulls objects towards the center of earth's mass. Hence water falls down towards the floor.
If you are not in the water, don't go in. If you are in the water, remain calm, do not splash or thrash around. Leave the water as quietly as you can. Because if you splash you will cause attention towards yourself. Also try not to bleed sharks love blood that's what also attracts them. But dont just wait in the sea all day swim very slowly to shore
1) Push it towards the shore, get out and quickly pick it up. 2) Jump across the ledges and don't fall in the water.
as the water becomes more shallow the wave becomes bigger then once it peaks, its usually on land and collapses
The wind blows over the sea and causes small ripples. The water is forced into elliptical cycles which travel towards the shore.
No, It is not on shore it is still in the water.
Yes. because water breaks down the papers structure and also makes it weak. then when it dries it's smaller then it was before. and more brittle too. not shore if you leave it in the water if it will be as fast but I'm shore it will decompose over time