No, practically, and yes if you have a few million years to wait. To do this, ultra high heat and great pressure would be required deep within the earth's mantle, or an equivalent laboratory situation.
First the coal matrix formation of the carbon atoms would break down, then the carbon would reform itself into the diamond matrix. Not all carbon in this situation would form diamonds. Some would form another allotrope of carbon, such as the graphite in your pencil, or return to coal.
When a diamond is burned, it does not turn into coal. Instead, it undergoes combustion and forms carbon dioxide gas, leaving behind a small amount of ash residue. Coal is a completely different substance that forms over millions of years from plant matter undergoing pressure and heat.
Coal goes through several phases before it forms a diamond. First, it undergoes burial and becomes peat. Over millions of years of high pressure and heat, peat transforms into lignite, then into bituminous coal, and finally into anthracite coal. If the conditions are right, further heat and pressure can turn coal into graphite and eventually into diamond.
Carbonado, not coal, is one of the types of carbon that can turn into a diamond due to high pressure and temperature in the Earth's mantle. Coal, which is primarily made of plant material, undergoes a different process to form under different conditions.
Coal and diamond are both made of carbon atoms but differ in their arrangement and purity. Diamonds are formed deep in the Earth's mantle under high pressure and temperature, whereas coal forms from plant matter buried closer to the Earth's surface. Over millions of years, heat and pressure cause the carbon atoms in coal to rearrange into the tightly packed structure of a diamond.
no it can't sorry too bad!! Coal is thought to be the carbon source in many cases for the diamond forming process however, many diamonds predate coal which is formed from early plant life.
No,The process in which turns coal into diamond cannot be reversed or "undone"
When a diamond is burned, it does not turn into coal. Instead, it undergoes combustion and forms carbon dioxide gas, leaving behind a small amount of ash residue. Coal is a completely different substance that forms over millions of years from plant matter undergoing pressure and heat.
my answer is how many days does coal turn into diamond 3nfgerhg8788
Coal goes through several phases before it forms a diamond. First, it undergoes burial and becomes peat. Over millions of years of high pressure and heat, peat transforms into lignite, then into bituminous coal, and finally into anthracite coal. If the conditions are right, further heat and pressure can turn coal into graphite and eventually into diamond.
Carbonado, not coal, is one of the types of carbon that can turn into a diamond due to high pressure and temperature in the Earth's mantle. Coal, which is primarily made of plant material, undergoes a different process to form under different conditions.
Coal and diamond are both made of carbon atoms but differ in their arrangement and purity. Diamonds are formed deep in the Earth's mantle under high pressure and temperature, whereas coal forms from plant matter buried closer to the Earth's surface. Over millions of years, heat and pressure cause the carbon atoms in coal to rearrange into the tightly packed structure of a diamond.
no it can't sorry too bad!! Coal is thought to be the carbon source in many cases for the diamond forming process however, many diamonds predate coal which is formed from early plant life.
Yes. Both diamond and coal are formed from carbon.
Probably because both coal and diamond are composed of carbon.
Diamond is more dense than coal. This is because diamond has a more tightly packed crystal structure, making it denser compared to coal which is less compact.
Both coal and diamond contain the element carbon. However, the arrangement of carbon atoms in coal and diamond differs, leading to their vastly different properties.
No, coal is not stronger than diamond. Diamond is one of the hardest known natural materials, while coal is much softer and less durable.