The number of carbon atoms joined in a spherical molecule of buckminsterfullerene is:
(a) fifty
(b) sixty
(c) seventy
(d) ninety

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Solution

(b) sixty
The number of carbon atoms joined in a spherical molecule of buckminsterfullerene is 60.

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Buckminsterfullerene is a spherical molecule in which 60 carbon atoms are arranged in interlocking hexagonal and pentagonal rings of carbon atoms.
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(b) How many pentagons of carbon atoms are present in one molecule of buckminsterfullerene ?

An alkyne has seventy-five carbon atoms in its molecule. The number of hydrogen atoms in its molecule will be :
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A saturated hydrocarbon has fifty hydrogen atoms in its molecule. The number of carbon atoms in its molecule will be :
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Q. Each molecule of Buckminsterfullerene contains ______ carbon atoms in it.

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The number of carbon atoms joined in a spherical molecule of buckminsterfullerene is: (a) fifty (b) sixty (c) seventy (d) ninety

(b) sixtyThe number of carbon atoms joined in a spherical molecule of buckminsterfullerene is 60.

The number of carbon atoms joined in a spherical molecule of buckminsterfullerene is:
(a) fifty
(b) sixty
(c) seventy
(d) ninety

(b) sixty
The number of carbon atoms joined in a spherical molecule of buckminsterfullerene is 60.