igneous rocks do absorb water because of all the pores ,cracks, and holes in them. The holes will absorb the water and the water will get trapped in the rock there for igneous rocks do absorb water.
Not liquid water. However some water is trapped in solution in the rocks of earth's mantle.
When the tide goes out, some of the water is left behind. It is trapped in between the rocks. That forms a tide pool.
It is called the greenhouse effect.
Erosion.
igneous rocks do absorb water because of all the pores ,cracks, and holes in them. The holes will absorb the water and the water will get trapped in the rock there for igneous rocks do absorb water.
Not liquid water. However some water is trapped in solution in the rocks of earth's mantle.
Some types of rocks can filter out groundwater by letting the fresh water go by and the dirt, and other material in the water sticks, or gets trapped in the rocks.
I think you'll find that the rocks will sink to the bottom and you'll be able to pour the water off them. At least, that's what I've always found when I put rocks in water. They sink. Haven't you noticed this?
Ground water.
Oxygen was trapped in rocks in the very early days of earth. These rocks are known as "banded rocks". It took a long time before the oxygen was let out of the rocks.
This is known as ground water.
That rather depends on how it is trapped. You are probably thinking of water of crystallization, where water is a constituent part of the crystal structure, such as in CuSO4.5H2O, hydrated (blue) copper sulfate.
When the tide goes out, some of the water is left behind. It is trapped in between the rocks. That forms a tide pool.
Ground water
It is called the greenhouse effect.
the solid form of water is called ice