Graphite is an allotrope of carbon.
Nanonotubes can be made from many other materials.
graphite has hexagonal crystals and diamond tetrahedron
According to Wikipedia: "The bulk modulus of superhard phase nanotubes is 462 to 546 GPa, even higher than that of diamond (420 GPa for single diamond crystal)." Note that diamonds are natural minerals; nanotubes are fabricated, making diamond the hardest known natural substance. You can read more about nanotubes, below.
A wood hockey stick has less whip effect than a graphite stick and will break easier at the heel. A choice between the two is made based on a personal like or dislike by a player. Of course the price may also ome into the choice , as a graphite stick will cost as much as 4 times that of a wood stick.
They are:DiamondGraphiteAmorphous carbonNanocarbons (buckminsterfullerenes, carbon nanotubes and nanobuds)Vitreous carbonCarbon nanofoamPick whichever 4 you want.
Carbon. It also makes coal and diamonds. Answer: The difference in these various forms of carbon is the orientation of the carbon atoms into crystal latices. There are several allotropes of carbon: * Diamond: Trapezoidal crystals* Lonsddaleite: Diamnd with hexagonal crystals* Graphitec Flat sheets of atoms* Buckminsterfullerenes:* Carbon nanotubes* Amorphous Carbon: No crystals.
graphite carbon nanotubes
Graphite is the type of carbon that conducts electricity but poorly than metal
because carbon graphite had carbon but graphite does not have carbon
difference between diamond graphite and fullrene
graphite, graphene, carbon nanotubes and others. Graphite is classical example of sp2 carbon
graphite has hexagonal crystals and diamond tetrahedron
Carbon has many forms. Soot, graphite, fullerenes, Buckeyballs, nanotubes, for some examples.
Graphene, graphite, and some carbon nanotubes can all conduct electricity.
Diamonds are very hard, and graphite is very soft.
All allotropes of carbon (graphite, diamond, buckyballs, nanotubes, ect.) are commonly solid
Carbon can form diamond, graphite, amorphous carbon, nanotubes, fullerenes, etc.
All forms of carbon.