Each rock has a specific melting point or a range of temperature when the the rock is thermally decomposed.
Molten lava cools down and solidifies into solid rock through a process called solidification. As the lava loses heat, the atoms and molecules within it slow down and come together to form a crystalline structure, which results in the formation of solid rock.
The temperature at which a solid turns into a liquid is known as the melting point. It is the point at which the solid's internal energy overcomes its intermolecular forces holding its particles in place.
Rocks are solid objects therefore they are solids. Lava is rock that has been melted in to a liquid therefore makeing lava a liquid.
The temperature affecting the liquid must have been below freezing for the liquid to turn into a solid.
Granite is a type of igneous rock. At room temperature it would be a solid. The term igneous refers to rocks that have cooled and solidified from lava or magma. At one point the molecules that formed the granite were in a liquid state and given a hot enough temperature could form a gas.
It depends on the amount and the temperature.
Any liquid can turn into a solid at the correct temperature.
Every element has its own temperature of sublimation.
Yes, because it will turn into lava.
Sodium freezes into a solid at a temperature of 97.72 degrees Celsius or 208.9 degrees Fahrenheit.
The opposite of lava can be considered solid rock, specifically when lava cools and solidifies into igneous rock. While lava is molten rock that erupts from a volcano, its opposite state represents the end of that process, where it has transitioned from a liquid to a solid form. Additionally, one could also view the opposite in terms of temperature, where cold, solid ground or ice could be seen as an opposite to the hot, flowing nature of lava.
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Theoretically, anything can be changed from a solid to a liquid with enough energy added. Consequently, any gas can be changed into a liquid when enough energy is removed from it.
Magma does not dry. Drying implies that the magma becomes solid by loss of water. In reality it becomes solid due to a drop in temperature. So, in reality it freezes. When magma solidifies it becomes intrusive igneous rock.
Lava becomes rock by cooling, which causes it to solidify. The lava is basically freezing, much like water freezing into ice, only at a much higher temperature.
turn down the temperature increase pressure
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