Water is just one liquid that appears below the surface. Magma is another.
Yes, groundwater is typically found in liquid form within the spaces between soil particles and rocks below the Earth's surface.
Melting of a rock at temperatures below its melting point would not produce liquid rock below the surface. The other processes, such as increased temperature or pressure, would lead to the formation of liquid rock.
Liquid iron and nickel in the Earth's outer core can be found approximately 2,900 to 5,150 kilometers beneath the Earth's surface. At these depths, the high pressure and temperature cause the iron and nickel to exist in a liquid state, which contributes to generating the Earth's magnetic field.
Igneous rock can form deep below the surface as intrusive igneous rock, or on or near the surface as extrusive igneous rock. X Answer is: Igneous
Roughly 70% of Earth's surface is covered by oceans, which means that 70% of the surface is below sea level.
Magma .
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Saturn's moon Titan has liquid methane on and presumably below the surface.
When a liquid changes to a gas below its surface as well as at the surface, the liquid is at a temperature equal to or greater than its boiling point.
Yes, groundwater is typically found in liquid form within the spaces between soil particles and rocks below the Earth's surface.
About 10.7 inches below the Pacific or Atlantic Ocean floor.
The crust on Earth's surface is solid.
Melting of a rock at temperatures below its melting point would not produce liquid rock below the surface. The other processes, such as increased temperature or pressure, would lead to the formation of liquid rock.
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The core.
This process is called evaporation, where molecules escape from the liquid's surface into the air. Evaporation occurs at temperatures below the liquid's boiling point.
Liquid iron and nickel in the Earth's outer core can be found approximately 2,900 to 5,150 kilometers beneath the Earth's surface. At these depths, the high pressure and temperature cause the iron and nickel to exist in a liquid state, which contributes to generating the Earth's magnetic field.