The dominant form of breakage for sulfur is brittle fracture, where the material breaks without significant deformation. This is due to the atomic structure of sulfur, which consists of weak van der Waals forces between the molecules, leading to easy cleavage and fracture.
The dominant form of breakage for sulfur is cleavage, where the sulfur atoms break along distinct planes due to its molecular structure.
For sulfur, the dominant form of breakage is the cleavage of S-S bonds, resulting in the formation of smaller sulfur molecules or atoms. This process is typically seen in the breakdown of sulfur compounds such as elemental sulfur or disulfides.
The dominant form of breakage for sulfur is cleavage, where the mineral breaks along its natural planes of weakness. This results in the formation of smooth and flat surfaces.
The dominant type of breakage for sulfur is cleavage, which occurs along planes of weakness in the crystal structure, resulting in smooth, flat surfaces.
Sulfur and iodine can form compounds in which they share electrons, such as sulfur diiodide (SI2). In this compound, the sulfur and iodine atoms share electrons to form chemical bonds.
The dominant form of breakage for sulfur is cleavage, where the sulfur atoms break along distinct planes due to its molecular structure.
For sulfur, the dominant form of breakage is the cleavage of S-S bonds, resulting in the formation of smaller sulfur molecules or atoms. This process is typically seen in the breakdown of sulfur compounds such as elemental sulfur or disulfides.
The dominant form of breakage for sulfur is cleavage, where the mineral breaks along its natural planes of weakness. This results in the formation of smooth and flat surfaces.
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The dominant type of breakage for sulfur is cleavage, which occurs along planes of weakness in the crystal structure, resulting in smooth, flat surfaces.
Sulfur reacts with chlorine to form sulfur dichloride, which has the chemical formula SCl2.
It is stable
Sulfur and iodine can form compounds in which they share electrons, such as sulfur diiodide (SI2). In this compound, the sulfur and iodine atoms share electrons to form chemical bonds.
No, solid sulfur is not diatomic. Sulfur exists as S8 molecules in its solid form, with 8 sulfur atoms chemically bonded together to form a puckered ring structure.
When sulfur and oxygen combine, they form sulfur dioxide (SO2).
Sulfur and oxygen are likely to form covalent bonds rather than ionic bonds due to their similar electronegativities. The compound formed would be acidic in nature because sulfur and oxygen can combine to form acidic oxides, such as sulfur dioxide and sulfur trioxide.
An atom of sulfur (S) can form up to six bonds.