It doesn't "dissolve" in the chemical sense of the term, but is does melt, disperse, and form a mixture with molten iron. When the iron first becomes a solid from a liquid (at least above 1130'C), it is in the form of austenite, which is a face-centred cubic structure of iron. The structure leaves holes big enough for the smaller carbon atoms to fit in. However, when the austenite is quenched and forced to cool quickly, the iron goes through a eutectic transformation and becomes a body-centred cubic structure. This leaves no hole for the carbon atom to fit into, and so the carbon atoms are squeezed by the structure, causing a lot of tension and making the steel hard and brittle. The carbon atoms cannot be compressed, so they force the lattice to become tetrahedral instead of cubic. Hope this helped.
The density of iron is 7.874 grams per cubic centimeter. Iron has the symbol Fe and the atomic number 26. The melting point of iron is 2,800.4 degrees Fahrenheit.
Three physical properties of iron oxide are: Iron oxide is a solid at room temperature with a density of about 5.2 grams per cubic centimeter. It has a red or orange color, depending on the specific type of iron oxide. Iron oxide is insoluble in water, meaning it does not dissolve in water.
Solid oxygen has a cubic crystalline structure. Solid nitrogen has a hexagonal crystalline structure.
grey cast iron
Sodium's crystal structure is cubic.
The crystal structure is face centered cubic.
Argon has a face-centered cubic structure.
The crystalline structure of metals is face-centered cubic or body-centered cubic.
iron
Yes the structure of Galena is cubic
Sodium chloride has a face-centered cubic crystalline structure and form big lattices.
The crystalline structure of sodium chloride is face-centered cubic.
Its one of these four body centered cubic substitutional face centered cubic interstitial
grey cast iron
It depends on the type of structure according to the load subjected
It doesn't "dissolve" in the chemical sense of the term, but is does melt, disperse, and form a mixture with molten iron. When the iron first becomes a solid from a liquid (at least above 1130'C), it is in the form of austenite, which is a face-centred cubic structure of iron. The structure leaves holes big enough for the smaller carbon atoms to fit in. However, when the austenite is quenched and forced to cool quickly, the iron goes through a eutectic transformation and becomes a body-centred cubic structure. This leaves no hole for the carbon atom to fit into, and so the carbon atoms are squeezed by the structure, causing a lot of tension and making the steel hard and brittle. The carbon atoms cannot be compressed, so they force the lattice to become tetrahedral instead of cubic. Hope this helped.