The three different allotropes of carbon are: -Diamond
-Graphite
-Buckminsterfullerene
either allotropes, isotopes, nanotubes or polymers either allotropes, isotopes, nanotubes or polymers
carbon black N330
name the different allotropes of silicon?
Both diamonds and graphite are allotropes of carbon.
Carbon. Diamond is one of the forms of elemental carbon, these are called allotropes, the most common allotrope is graphite.
ALLOTROPES are forms of an element where the atoms are arranged in different shapes and so they have different properties. The allotropes of carbon are diamond, graphite and buckyballs. Phosphorus has several allotropes (including white phosphorus and red phosphorus). Sulphur also has several allotropes. An alternative answer to the question is different atoms of the same element that have different atomic masses are called ISOTOPES.
A combination of two atoms of different elements results in a molecule. A combination of two atoms of the same exact element results in two atoms of the same element stuck together, not a molecule. There is no name for this that I know of. --------- 1. Two oxygen atoms: a molecule of oxygen - O2. Many gases has diatomic molecules. Ozone has three oxygen atoms in molecule. 2. Allotropes can be formed from many atoms: allotropes of carbon, sulfur, phosphorus.
NO! Lead is a chemical element itself, with no particular relation to carbon, which is another chemical element. The common allotropes of carbon are diamond and graphite. -------- Lead is the common name for the substance in a 'lead' pencil which does indeed contain an allotrope of carbon known as graphite.
Carbon is a mineral with many different allotropes (structurally different arrangements of the same compound) some of which are found in the Earth's crust (eg. Graphite and Diamond). An ore is a type of rock that contains important minerals such as gold ore or diamond ore.Usually the term 'ore' is reserved to rocks containing economically useful metals but 'carbon ore' is not a contradiction.
Carbon dioxide, carbon monoxide, hydrogen.
Yes, more or less. There is something called the kinetic isotope effect that gives them slightly different properties (mostly in the kinetics, as you might have guessed from the name), but for carbon the difference is pretty small.
There are several known allotropes of oxygen: dioxygen, O2 - colorless, ozone, O3 - blue, and tetraoxygen, O4 - red