In cellulose, glucose monomers are added to produce linear polymer chains that can align side by side, favouring interchain hydrogen bonding. These interchain links produce a rigid structure of layered sheets of cellulose. This bulky and inflexible structure no only imparts exceptional stregnth to cellulose, it also renders it insoluble in water. It is, of course, essential for plants that their main building material does not readily dissolve in water!
As with all insoluble materials, the property lies with its molecular structure. This means the chemicals that compose the substance, are arranged in such a way that they will not absorb the water, or rather they will not bond with the hydrogen and oxygen molecules that form water. Graphite is made of pure carbon - a substance that on its own will not bond with water. Fizzy water used in drinks are carbonated using carbon dioxide - carbon with oxygen - that allows it to become soluble.
Because it contains insoluble Calcium sulfate
The pencil lead is not lead but is made from soft graphite carbon and insoluble except as carbon tetra chloride
No. Hexane is a nonpolar compound and will not dissolve ions.
+ High melting and boiling points+ Insoluble in water and organic solvents+ Do not conduct electricity (except when they have free electrons eg graphite)+ Solid at room temperature
Graphite (I think)
because carbon graphite had carbon but graphite does not have carbon
Graphite is practically insoluble.
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.
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
Diamond, coal, graphite, coke and buckminsterfullerene are composed primarily of carbon and are insoluble in water.
No. Hexane is a nonpolar compound and will not dissolve ions.
Graphite is a non metallic conductor of electricity so is cheap,insoluble in water,acids and bases, and is non corrosive material.
it is lustrous and a good conductor of heat and electricity, as most other non-metals are not. ---------- Some properties of graphite: - anisotropy - hexagonal rhombohedral crystalline structure (for the non-amorphous graphite) - low hardness (1 to 2, Mohs scale) - black color - density: 2-2,25 g/cm3 - practically insoluble - has lubricating property - graphite has many forms, natural or artificial
+ High melting and boiling points+ Insoluble in water and organic solvents+ Do not conduct electricity (except when they have free electrons eg graphite)+ Solid at room temperature
INSOLUBLE
Graphite (I think)