Since coal and diamond are both allotropes of carbon, your challenge will be to realign the molecules. The molecular structure of coal is substantially different from the structure of diamond.
The first step could be to heat the coal to a temperature that would melt it. Since coal does not melt, but transforms by sublimation -- changing from solid to gas back to solid with no liquid state involved -- you would be defeated in the first step.
Taking another tact, no amount of pressure will realign the molecules into the diamond pattern that you seek.
Coal has never been at sufficient depth and temperature to be turned into diamond. Coal is simply fossilized plant remains that are high in the element carbon, of which the mineral diamond is also composed.
Yes, it's possible to create a diamond from coal by subjecting it to high pressure and temperature in a controlled laboratory environment. This process can mimic the conditions under which natural diamonds are formed, transforming the carbon in coal into a crystalline structure similar to that of a diamond.
It typically takes millions of years for coal to form. Coal is created from the remains of plants and trees that were buried under layers of sediment and subjected to heat and pressure over long periods of time.
Coal cannot be turned into diamonds through a simple process. Diamonds are formed deep within the Earth's mantle under extreme pressure and heat over millions of years, whereas coal is formed closer to the Earth's surface under less intense conditions. It is not practically possible to convert coal into diamonds in a laboratory setting.
A boiler in a coal power station is responsible for converting water into steam. The coal is burned in the furnace of the boiler, producing heat which is used to generate steam. This steam is then used to drive a turbine, which spins a generator to produce electricity.
Coal+Pressure=Diamond
Coal+pressure=uncut diamond+tool=diamond
Coal has never been at sufficient depth and temperature to be turned into diamond. Coal is simply fossilized plant remains that are high in the element carbon, of which the mineral diamond is also composed.
Yes, it's possible to create a diamond from coal by subjecting it to high pressure and temperature in a controlled laboratory environment. This process can mimic the conditions under which natural diamonds are formed, transforming the carbon in coal into a crystalline structure similar to that of a diamond.
I cannot. It takes geologic time, heat, and pressure to metamorphose coal into diamond(s). The related link below will guide you through one of the moderately challenging methods of artificially producing diamonds from coal.
no, you need to put graphite under extreme heat and pressure to make diamond. Another Answer: You are thinking of coal. When subjected to extreme pressure and intense heat, coal will eventually form diamond. Sand, when melted can turn into a glass.
It is possible that you could end up with a diamond. But the temperatures and pressures involved would be extraordinarily great and unreproduceable in a unspecialised environment. Also, the diamond created will be much smaller than the lump of coal use to produce it.
two earths, further, coal+pressure=uncut diamond, and cut that using tool then pressure + fosil = kerogen then pressure + kerogen = bitumen then pressure + bitumen = petroleum then pressure + petroleum = gasoline
my answer is how many days does coal turn into diamond 3nfgerhg8788
It typically takes millions of years for coal to form. Coal is created from the remains of plants and trees that were buried under layers of sediment and subjected to heat and pressure over long periods of time.
Coal cannot be turned into diamonds through a simple process. Diamonds are formed deep within the Earth's mantle under extreme pressure and heat over millions of years, whereas coal is formed closer to the Earth's surface under less intense conditions. It is not practically possible to convert coal into diamonds in a laboratory setting.
The pressure of the smoke spins a turbine.....