A scientist took a
graphite rod made of
3NA atoms of
carbon and kept it in
a machine that
converts
graphite
into diamond. How
many additional
covalent bonds were
created inside the
machine?
(NA Avogadro's
number)
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Answer:
Graphite and diamond are two quite known allotropes of carbon. Both graphites as well as diamonds are made up of carbon atoms but have very different properties. So, in order to be able to understand and explain these, we have to look at their structures for structures to a great extent.
Let’s have a look at the crystalline structure of graphite. In graphite, each carbon atom is sp2 hybridized and bonded to three other carbon atoms forming hexagonal rings which are planners.
Explanation:
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