Chapter EH, Problem 37R

Solution

Interpretation : Graphite is the most suitable carbon allotrope for golf clubs is to be described.

Concept Introduction : Graphite is a carbon allotrope comprising fused layers of six-membered carbon atoms. Graphite is the crystalline form of carbon.

Graphite is the most suitable carbon allotrope for golf clubs because of its binding nature, construction flexibility, stiffness, weight, and durability.

Graphite is a two-dimensional layer structure.

In each carbon atom, the three valence electrons are involved in bonding.

Some golf shafts are made by joining graphite sheets with a binding substance.

Greater club design and construction flexibility are possible thanks to graphite's substitution for conventional steel.

The weight and stiffness of the club can be altered by layering graphite sheets, which for many golfers results in improved performance and shot distance.

For golfers with powerful swings, graphite also provides higher durability than steel.