The answer will depend on its starting temperature and its final temperature.
As molten iron cools, its temperature decreases until it reaches its solidification point, at which point it forms solid iron. During this process, the atoms in the molten iron arrange themselves into a crystalline structure, transitioning from a liquid to a solid state. This solidification process is exothermic, releasing heat energy as the iron solidifies.
0.46 * 1475 = 678.5 Kjoules (The specific heat is given in terms of joules/ gramme/degC, whilst the question refers to 1kg ie 1000g )
Its its liquid state the iron is "molten" As it cools It looses heat and solidifies.
FHDH
This is based on mass and heat capacity. an iceberg with a mass of 500 metric tons would have a heat content of ~ 35.6 million kilo-calories. 1 kg of molten iron would have a heat content of 260.372 kilo-calories (500 metric tons of molten iron has a heat content of 130,186 million kilo-calories)
The word for melted iron is "molten iron."
Typically iron. When an electric current is passed through molten iron as it cools and solidifies, the iron molecules retain their field orientation. Even stronger magnets have been made using alloys of neodymium, iron, and boron.
Molten iron.
The molten condition may be due to the heat produced by radioactive elements
Partially molten iron is considered a mixture because it consists of a combination of liquid iron and solid iron phases. This mixture contains variable compositions of iron and other elements, depending on the conditions of the material.
of Melt, Melted; being in a state of fusion, esp. when the liquid state is produced by a high degree of heat; as, molten iron., Made by melting and casting the substance or metal of which the thing is formed; as, a molten image.
Yes! The molten iron and nickel in the outer core is spinning.