porous rocks and lime stone
A rock containing well-connected pores is typically called a porous rock. These connected pores allow for the movement and storage of fluids such as water or oil within the rock. Examples of porous rocks include sandstone and limestone.
A rock containing organic debris is called a sedimentary rock. This type of rock forms from the accumulation and compression of organic materials like plant and animal remains. Over time, these organic materials become compacted and cemented together to form a rock.
A blueschist is a variety of metamorphic rock containing glaucophane.
A sedimentary rock containing methane is known as shale. Shale is a fine-grained sedimentary rock formed from the accumulation of mud and clay with organic matter that can produce and store methane gas within its pores.
You think probable to a shale.
remain the same
an aquifier
The height of the water will rise a level equal to the volume of the rock.
A rock containing well-connected pores is typically called a porous rock. These connected pores allow for the movement and storage of fluids such as water or oil within the rock. Examples of porous rocks include sandstone and limestone.
Porous rocks absorb water. Anything that can absorb water would not be good at containing it.
The zone containing well water is known as the saturated zone or the water table. This zone is the region below ground where the spaces between soil and rock particles are filled with water. Wells are typically drilled into this zone to access groundwater for various uses.
Granite is one example of a rock containing two or more minerals.
A cenote is a sinkhole in rock containing fresh ground water. It can be exposed or underground like a cave.
An ore rock containing the mineral Ilmenite.
Yes, they can be eroded chemically and mechanically.
When rain falls on rocks containing limestone it dissolves the stone and washes it into the ground. So the rock is actually in the water. This water makes its way to rivers and reservoirs. Even though your water company cleans that water and sends it to your home, the dissolved rock is still there. As soon as you heat that water, especially over 63 deg c, it re-solidifies - back into rock.
Rock salt forms when a solution containing dissolved salt is allowed to evaporate, leaving behind the solid salt crystals. The process of evaporation causes the water to leave the solution, resulting in the precipitation of salt crystals. These crystals can then accumulate and form deposits of rock salt over time.