No element has a melting point of exactly 1300 degrees C. However, beryllium (Be) has a melting point of 1,560 degrees K (1,287 degrees C); and gadolinium (Gd) has a melting point of 1,585 degrees K (1,312 degrees C).
Melting: 0 degrees celsius Boiling: 100 degrees celsius
Technically, yes carbon can melt, however it has the highest melting point of any element on Earth (I think its something on the order of 3500 degrees C) so there is nothing known that can hold it while it melts.
the freezing point is always the same as the melting point therefore the answer is 3823 K (3550°C or 6422°F) there is no way in hell they cud b the same cuz the melting point is 3550c
A diamond will start to decompose at around 1700°C in the presence of oxygen. However, diamonds do not melt in the conventional sense due to their strong covalent bonds but rather sublimate directly from solid to gas at temperatures above 3550°C in a vacuum.
The freezing point of carbon, also known as its melting point, is 3550 degrees Celsius or 6422 degrees Fahrenheit. At this temperature, carbon transitions from a solid state to a liquid state. Carbon has a unique crystalline structure that allows it to exist in several different forms, including graphite and diamond, each with distinct properties and freezing points.
Are you sure you mean carbon? Carbon melts (turns to liquid) at 3550 degrees C, and boils at 3825 degrees C.
6422 F
Melting: 0 degrees celsius Boiling: 100 degrees celsius
Carbon does not have a melting point due to its triple point. The symbol for carbon is C and it has an atomic number of 6.
Technically, yes carbon can melt, however it has the highest melting point of any element on Earth (I think its something on the order of 3500 degrees C) so there is nothing known that can hold it while it melts.
Diamond, as a rule does not melt or boil under ordinary atmosphere. It simply goes up in smoke (converts directly to CO2 when heated to 800 degrees F in the presence of oxygen). Its melting point (at very high temps) is roughly 3500 degrees Celsius (very hot), but you need extreme pressure to achieve it (otherwise, it converts to CO2). Its melting point is the highest of all known materials, in large part because of the covalent bonds and the fact its atoms (carbon) are quite small and thus pack very tightly.
Yes, the highest melting point of any natural mineral, 3,550 C or 6,422 F.
Diamonds have a melting point of around 3820 degrees Celsius. At this temperature, the strong covalent bonds that hold the carbon atoms together in a diamond structure break, allowing it to transition from a solid to a liquid state.
the freezing point is always the same as the melting point therefore the answer is 3823 K (3550°C or 6422°F) there is no way in hell they cud b the same cuz the melting point is 3550c
The metal end of a pencil, also known as the ferrule, typically contains an eraser made of rubber. The metal ferrule can start to melt and deform at temperatures between 300-500°F (150-260°C), depending on the specific materials used. It is not designed to burn like the wooden part of a pencil.
It is: 3550 minus 887.50 = 2662.50 dollars
591.6667