Allotropes are forms of the same element or atom that can show different physical properties. Sulfur has a couple allotropes. It can from a yellow rhombic crystal which is more stable than the monoclinic. the monoclinic is a yellow like a needle crystal. Their is Plastic Sulfur which occurs at temperature 190 C and when the liquid becomes moor fluid again and the chains break and after it cools down it forms a amorphous plastic sulfur
Because sulfur has an immense number of allotropes and it is difficult to make a list here I recommend to read this link.
Each of those allotropes have unique bonding structures. So their relative energies are considerably different.
ALLOTROPIC FORMS OF SULPHUR are: 1.Rhombic sulphur 2.Monoclinic sulphur 3.Plastic sulphur
There are many (more than 10) most importants are S2, S3, S4, cyclo-S6 ρ-sulfur, cyclo sulfurs like α, β, γ-sulfur S8 and S7 etc. etc.
just cause
Typical sulphur is a non-metal and exists in crystalline form; but sulphur has many allotropic forms and some are gaseous or metallic.
phosphorus
Some of the sulfur special properties are odorless, tasteless and its color
K2S. Potassium forms monovalent cations and sulphur forms divalent anions.
because of its shape and properties makes it have high resistance to heat
Typical sulphur is a non-metal and exists in crystalline form; but sulphur has many allotropic forms and some are gaseous or metallic.
Sulphur
phosphorus
there are four allotrpic forms of iron...
Phosphorus has six allotropes.
The properties for sulphur is that: its bright yellow Looks like powder! Its a solid
Sulphur and helium have entirely different properties. Sulphur has properties similar to group 16 elements. Helium has properties similar to group 18 elements.
Allotopes are forms of a chemical element different by structure.
CARBON
The physical properties of carbon vary widely with the allotropic form.
The physical properties of carbon vary widely with the allotropic form.
Sulfur