It is, so diamond will become graphite over time. The structure of diamond hinders the necessary kinetics, so the process is very slow, unnoticeable most of the time.
It's because the standard enthalpy of formation of graphite is 0; but diamonds is not equal to 0.
Graphite is the most thermodynamically stable (more than diamond).
Graphite conducts far more electrical conductivity vise versa the diamond conducting far more thermal conductivity. Diamonds are hard. Graphite is soft.
Well to be very upfront diamond is very heated and compressed carbon (coal graphite) while graphite is more "pure" carbon than diamonds
Carbon has three allotropes, diamond, graphite and buckminsterfullerene.
Carbon: diamond, graphite, glassy graphite, graphene, fullerene etc.
Graphite is the most thermodynamically stable (more than diamond).
Borneol is more thermodynamically stable. Isoborneol is the kinetic product.
Yes, graphite is more common than diamond.
The standard state, or reference state, of an element is defined as its thermodynamically most stable state at 1 bar at a given temperature (typically at 298.15 K). In thermochemistry, an element is defined to have an enthalpy of formation of zero in its standard state. For example, the reference state for carbon is graphite, because it is more stable than the other allotropes.
Graphite conducts far more electrical conductivity vise versa the diamond conducting far more thermal conductivity. Diamonds are hard. Graphite is soft.
Diamond and graphite are both forms of the element carbon. They are not compounds, because a compound by definition involves the combination of two or more different elements.
Well to be very upfront diamond is very heated and compressed carbon (coal graphite) while graphite is more "pure" carbon than diamonds
Diamond , nearly twice that of graphite. (charcoal is not a fair comparison it is a porous partially combusted wood product composed mainly of graphite but there are many impurities.)
Well to be very upfront diamond is very heated and compressed carbon (coal graphite) while graphite is more "pure" carbon than diamonds
no they wont mix "because separating from each other is thermodynamically more stable than mixing with each other".
The covalent bonds in the diamond are shorter than the distance between the layers in graphite. Also the atoms present in the diamond arepacked closer together.
Carbon has three allotropes, diamond, graphite and buckminsterfullerene.