No
Yes, real diamonds do not melt ice. Diamonds have a very high melting point of about 4,027 degrees Celsius (7,280 degrees Fahrenheit), much higher than the temperature required to melt ice.
Diamonds don't melt.
Sulfur is typically mined using the Frasch process, which involves drilling a well into sulfur deposits and injecting superheated water and air to melt the sulfur. The liquid sulfur is then pumped to the surface and allowed to solidify for further processing.
No, it is not possible for many small diamonds to melt and combine into one large diamond. The crystal structure of diamonds does not allow for this type of fusion.
Diamonds don't melt, so your question doesn't have an answer.
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.
Sulfur can exist in various forms depending on the conditions. At room temperature, sulfur is a solid yellow crystal, which can melt into a red liquid when heated and eventually turn into a colorless gas when further heated.
Diamonds do not melt, but they can burn. Diamonds are formed at extremely high pressure and temperatures, but will burn in the presence of oxygen, like an oxygen torch at 1472 degrees Fahrenheit.
Sulfur is the element mined using the Frasch Process. This process involves pumping superheated water and air underground to melt the sulfur deposits, which are then brought to the surface for processing.
When you heat sulphar you chemically mix it with oxygen therefore creating sulphide
Iron, gold, silver, aluminum, sulfur, gypsum, diamonds, copper, and many more.
There are many minerals in the world and on other planets too (gold, diamonds, sulfur