Sandbars are common features of shorelines all over the world. They provide a scenic feature for boaters and swimmers, but a danger as well, as their shape and location constantly change and they are revealed and hidden by tidal action. Some basic knowledge about how sandbars form and endure can help boaters prepare themselves to safely navigate them
a Key.
The Mid-Atlantic Ridge comes up above the surface of the water to form the island Iceland.
The Sun's energy is given out mainly as "electromagnetic radiation". Light is a form of electromagnetic radiation. Heat is the main form the Sun's energy has when it reaches Earth, particularly the Earth's surface.
Pumice is volcanic rock formed from frothy lava. It will usually float on water because of all the gas bubbles in it.
Volcanic (extrusive) igneous rocks. i think is this okay ? :)
When air high above the earth' surface is cooled below the dew point it is likely to form?
No, because when a volcano reaches the surface of the water it forms a volcnic island not a mountain
Mountains form when the volcano reaches the surface
No. It is called a volcanic island.
any form of water that falls from the clouds and reaches earth surface
crystals form when lava reaches the surface and cools
That is correct. When magma travels from the mantle to the crust and reaches the surface, that is a volcano.
Sea provides a large surface area for the evaporation of water. This evaporated water reaches the earth surface int he form of rain which later becomes the major source of potable water on the earth.
so it will protect them from predators
The Mid-Atlantic Ridge comes up above the surface of the water to form the island Iceland.
The tiny water droplets in the sky form clouds.
i think that mountains form when volcano reaches the surface of the water in an ocean because they first make plates that pull and push and they push until they make a mountain and they never let go of pushing they just keep on going and going.
No. Waterspouts are spinning columns of air, similar to tornadoes. They form as a result of conditions just above the water's surface, rather than in the water itself.