If it is burning and exposed to oxygen it will burn an indigo color
Simply heating (warming) sulfur could be a physical change if nothing happens to the sulfur other than it just getting warmer, and when you remove the heat, it stays as the original sulfur. However, more likely than not, heating sulfur will cause a CHEMICAL change where the sulfur combusts and turns into sulfur dioxide (SO2).
By heating this compound is thermally dissociated: iron oxide and sulfur dioxide are obtained.
When you heat sulphar you chemically mix it with oxygen therefore creating sulphide
When sulfur is heated in a test tube, it melts into a yellow liquid. As the temperature increases, the liquid sulfur will eventually start to boil, releasing a purple vapor. Upon cooling, the sulfur vapor will condense back into solid yellow sulfur.
Sulfur turns yellow when heated.
and add it to water
Simply heating (warming) sulfur could be a physical change if nothing happens to the sulfur other than it just getting warmer, and when you remove the heat, it stays as the original sulfur. However, more likely than not, heating sulfur will cause a CHEMICAL change where the sulfur combusts and turns into sulfur dioxide (SO2).
By heating this compound is thermally dissociated: iron oxide and sulfur dioxide are obtained.
When you heat sulphar you chemically mix it with oxygen therefore creating sulphide
solid
By heating sulfur is melted at 115,21 0C and boiled at 444,6 0C. Sulfur is burned at high temperature in an air atmosphere.
Sulfur or sulphur turns a golden brown as the yellow powder starts to melt when heated. The longer the heating, the darker the bubbling sulfur or sulphur will become.
Yes, a new substance, iron sulfide, was formed after heating the iron-sulfur mixture. Iron sulfide is a chemical compound that results from the combination of iron and sulfur atoms during the heating process.
It is not a chemical change, unless you heat it sufficiently to make it catch fire.
When sulfur is heated in a test tube, it melts into a yellow liquid. As the temperature increases, the liquid sulfur will eventually start to boil, releasing a purple vapor. Upon cooling, the sulfur vapor will condense back into solid yellow sulfur.
The residential heating oil industry is currently working to cut the sulfur content of heating oil and residential fuel oil from 1,500 parts per million to 15 parts per million by 2018. In addition to sulfur reduction, the heating oil industry is also working on new fuel blends called Bioheat which contain between 2 and 20 percent renewable fuel.
it was a heterogenous mixture because the iron was in solid state and so was the sulfur