There are five different classes of steel, and many more types, all of which undergo a phase change at diffent temperatures. It mostly depends on the carbon content. The higher the carbon content (upper limit is approx. 2.1%), the higher the melting point.
When the molten matter is undergoing through the process of consolidation but not completely , meaning it is partial molten partial solid ,then it is said to be in a semi molten state.
the crust is made up of solid rock and mantle is made up of molten rocks
Heat lost from the substance will result in its solidification.
Earth has a two-part core. The outer portion is molten while the inner portion is solid.
mantle
Energy is released.
Energy is released.
Energy. The atoms in solid steel are moving more slowly than the atoms in liquid steel.
It's very high temperature down in mantle so it resulting a solid rock to change into "molten" state. The molten material in the mantle is magma.
It's very high temperature down in mantle so it resulting a solid rock to change into "molten" state. The molten material in the mantle is magma.
Solid steel can be any shape that is required by the customer. In a molten state it can be poured into moulds at the foundry. White hot, it can be put through rollers to produce girders, or rolled into flat sheets, and trimmed to size under presses, and so on.
Molten: The boy poured molten steel down his own throat. :)
By definition, if something is "molten" it is a liquid.
The asthenosphere is partially molten. It is about 5% molten.
It turns to a solid when it cools down
The asthenosphere is partially molten. It is about 5% molten.
liquid