No. Hexane is a nonpolar compound and will not dissolve ions.
Graphite is made up of a giant structure of carbon atoms. The bonds between these carbon atoms are too strong to be broken in a solvent such as hexane.
no, it is in soluable in hexane
no
tell me what it is PLEASE any1
Hexane is not a polar molecule, and thus is not soluble in water. Methylene chloride is not soluble in water for the same reason.
The pencil lead is not lead but is made from soft graphite carbon and insoluble except as carbon tetra chloride
NaCl will not dissolve in Hexane because NaCl is a polar molecule and Hexane is a non-polar molecule. NaCl is insoluble in Hexane. On the other hand, NaCl will dissolve in water because both are polar molecules. "Like dissolves like".
Substances that do not dissolve in water are called "insoluble" or "non-soluble." For water (a polar molecule), anything non-polar will not dissolve, including hexane, methane, ethane, propane, octane, oils, waxes, and plastics.
Hexane and gasoline both are insoluble in water.
Graphite is practically insoluble.
Because water is polar and hexane is non polar which makes it insoluble
tell me what it is PLEASE any1
Graphite is not easily dissolved. Here is an article describing on process in the related link.
Diamond, graphite, and buckminsterfullerene are made of pure carbon and are insoluble in water.
Hexane is not a polar molecule, and thus is not soluble in water. Methylene chloride is not soluble in water for the same reason.
graphite in water, nickel in alcohol, diamond in methanol
The pencil lead is not lead but is made from soft graphite carbon and insoluble except as carbon tetra chloride
NaCl will not dissolve in Hexane because NaCl is a polar molecule and Hexane is a non-polar molecule. NaCl is insoluble in Hexane. On the other hand, NaCl will dissolve in water because both are polar molecules. "Like dissolves like".
Diamond, coal, graphite, coke and buckminsterfullerene are composed primarily of carbon and are insoluble in water.
However, in aniline, due to the large hydrophobic part, i.e., hydrocarbon part, the extent of H-bonding decreases considerably, and hence aniline is insoluble in water.