Why Carbon Shows Allotropic Forms?
Carbon Shows Allotropy Because It Exists in Different Forms of Carbon. Though These Allotropes of Carbon Have a Different Crystal Structure and Different...
Carbon shows allotropy because it exists in different forms of carbon. Though these allotropes of carbon have a different crystal structure and different physical properties, their chemical properties are the same and show similar chemical properties. Both diamond and graphite have symbol C.
Why allotropes are formed?
Enantiotropic allotropes have several forms, each of which is stable under different sets of conditions. It is possible to convert one form into another form by change these conditions (such as temperature and pressure). The elements carbon, oxygen, sulfur, tin and phosphorus all have allotropic forms.
What is allotropic forms of carbon?
Diamond, graphite and fullerenes (substances that include nanotubes and 'buckyballs' , such as buckminsterfullerene) are three allotropes of pure carbon.
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