The number of $C - C$ linkages in $C_{60}$ ( Fullerene ) is:

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100

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Solution

The correct option is A 90
C60 has 60 carbon atoms and 90 bonds, 60 of which are single bonds, and 30 of which are aromatic double bonds. It has 20 hexagonal structures and 12 pentagonal structures. The pentagonal structures contain the single bonds, and and the bridging bonds between pentagonal structures contain the double bonds.

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Similar questions

Consider a prototypical fullerene, $C_{60} .$
Let, a = number of 5-membred rings
b = number of 6-membered rings
c = number of $π$ bonds in $C_{60}$
Find the value of (3a – 2b + c). Report your answer after dividing it by 13.___

Q. Which statement is not correct about fullerene

C_{60}

Q. Which of the following statements is correct regarding

C_{60}

fullerene?

Q. Fullerene is an allotrope of carbon which is similar to a football. It has 60 carbon atoms joined together and no other element in it. There are various types of fullerenes.

C_{60}, C_{70}, C_{74}

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C_{75}

are the members of the fullerene family. But

C_{60}

(pronounced as C sixty) is the most stable and most studied form of fullerenes. What do you think is the nature of the bond which is joining these atoms together?

Q. The most common fullerene is

C_{60}

. 60 carbon atoms are arranged in ______ pentagons and ______ hexagons.

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The number of C−C linkages in C60 ( Fullerene ) is:

The number of $C - C$ linkages in $C_{60}$ ( Fullerene ) is: