Earth: An Introduction to Physical Geology (12th Edition)

Published by Pearson
ISBN 10: 0134074254
ISBN 13: 978-0-13407-425-2

Chapter 3 - Section 3.5 - Properties of Minerals - Concept Checks - Page 88: 4

Answer

In mineralogy, tenacity refers to the resistance of a mineral to deformation or breaking under different types of mechanical stress. It describes how a mineral behaves when subjected to external forces. Here are three terms commonly used to describe tenacity: 1. Brittle: Minerals with brittle tenacity are prone to breaking or fracturing when subjected to stress. They tend to shatter or cleave into irregular or conchoidal fragments. 2. Malleable: Malleable minerals are capable of being hammered, rolled, or bent into different shapes without breaking. They can be easily deformed under pressure and retain their new shape. 3. Flexible: Minerals with flexible tenacity can be bent or flexed without breaking. They can withstand bending or twisting forces and return to their original shape after the stress is released. It's worth noting that there are additional terms used to describe tenacity, such as sectile (minerals that can be easily cut into thin shavings), elastic (minerals that can be bent and then spring back to their original shape), and so on. These terms provide more specific descriptions of a mineral's behavior under different types of stress.

Work Step by Step

In mineralogy, tenacity refers to the resistance of a mineral to deformation or breaking under different types of mechanical stress. It describes how a mineral behaves when subjected to external forces. Here are three terms commonly used to describe tenacity: 1. Brittle: Minerals with brittle tenacity are prone to breaking or fracturing when subjected to stress. They tend to shatter or cleave into irregular or conchoidal fragments. 2. Malleable: Malleable minerals are capable of being hammered, rolled, or bent into different shapes without breaking. They can be easily deformed under pressure and retain their new shape. 3. Flexible: Minerals with flexible tenacity can be bent or flexed without breaking. They can withstand bending or twisting forces and return to their original shape after the stress is released. It's worth noting that there are additional terms used to describe tenacity, such as sectile (minerals that can be easily cut into thin shavings), elastic (minerals that can be bent and then spring back to their original shape), and so on. These terms provide more specific descriptions of a mineral's behavior under different types of stress.
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