Which form of carbon is arranged in a long hollow cylinder?

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Multiple Choice

Which form of carbon is arranged in a long hollow cylinder?

Explanation:
Carbon nanotubes are carbon arranged into long hollow cylinders by rolling a sheet of carbon atoms arranged in a hexagonal lattice into a tube. The hollow interior is a defining feature, giving the structure its name and many of its unique properties. The tube can be single-walled or multiple-walled, and its tiny diameter paired with great length leads to exceptional strength and interesting electrical and thermal behaviors. Other forms don’t form hollow cylinders: diamond is a rigid three-dimensional network of carbon atoms, graphite consists of stacked planar sheets of hexagonal rings, and fullerenes are closed cages (like spheres or ellipsoids) of carbon.

Carbon nanotubes are carbon arranged into long hollow cylinders by rolling a sheet of carbon atoms arranged in a hexagonal lattice into a tube. The hollow interior is a defining feature, giving the structure its name and many of its unique properties. The tube can be single-walled or multiple-walled, and its tiny diameter paired with great length leads to exceptional strength and interesting electrical and thermal behaviors.

Other forms don’t form hollow cylinders: diamond is a rigid three-dimensional network of carbon atoms, graphite consists of stacked planar sheets of hexagonal rings, and fullerenes are closed cages (like spheres or ellipsoids) of carbon.

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