Question

In diamond, each carbon atom is bonded to four other carbon atoms to form
(a) a hexagonal array
(b) a rigid three-dimensional structure
(c) a structure in the shape of a football
(d) a structure of a ring

Answer 1

Answer:

In a diamond, each carbon atom is bonded to four other carbon atoms to form (b) a rigid three-dimensional structure

Explanation:

Diamond is a solid form of the carbon allotrope. When molecules are arranged closely to one another and have a precise structure, a solid is a result. Other carbon allotropes outside diamonds include graphite, fullerenes, and charcoal. One of the toughest types of carbon is diamond, which is primarily utilised to create exquisite gemstones. Each carbon atom is connected to the other four carbon atoms in a regular tetrahedral arrangement, giving the diamond its tetrahedral structure.

These carbon atoms joined the other four carbon atoms to form a hard three-dimensional structure with a regular tetrahedral configuration. Diamonds have a structure that is similar to a three-dimensional structure.

Hence, In a diamond, each carbon atom is bonded to four other carbon atoms to form (b) a rigid three-dimensional structure

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