They're similar - in that they're bot forms of carbon. They're different - in that they have different molecular bonds.
A diamond is not formed from coal. Diamond and coal are both allotropes of carbon, and are formed by different processes.
Diamond is more dense that coal.
No 'coal' turns into 'diamond'. Both coal and diamond are composed of carbon, each being formed at different layers in the earth's mantle.
No. coal is coal and diamond is diamond. They are both formed from carbon, but diamond is much harder than coal.
No. Both coal and diamond are allotropes of carbon, each with a different matrix structure.
A diamond is not formed from coal. Diamond and coal are both allotropes of carbon, and are formed by different processes.
Diamond is more dense that coal.
No 'coal' turns into 'diamond'. Both coal and diamond are composed of carbon, each being formed at different layers in the earth's mantle.
Correct.Although they are based on the same element (carbon) they have vastly different structures and atomic arrangements, resulting in very different physical and chemical properties. Such forms are known chemically as allotropes.
No. coal is coal and diamond is diamond. They are both formed from carbon, but diamond is much harder than coal.
No. Both coal and diamond are allotropes of carbon, each with a different matrix structure.
The carbon atoms that make up each are arranged in different patterns for all the allotropes of carbon, including coal and diamond.
put peanut butter or some other pure substance on it and heat it up because the heat mixes the particles causing the purity of the substance to purify the coal
Both diamond and coal are formed from the mineral carbon, each with a different molecular structure.
No. Although both coal and diamonds are formed from carbon, their formation requirements are distinctly different.
Diamonds are not made from coal: both are allotropes of carbon and each possess a different molecular structure.
Yes. Both diamond and coal are formed from carbon.