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Several applications are listed below. Determine the relative importance of resilience and toughness of the materials chosen for each application. Sort the items based on whethere resilience is most important, toughness is most important, or both are equally important

Several applications are listed below. Determine the relative importance of resilience and toughness of the materials chosen for each application. Sort the items based on whethere resilience is most important, toughness is most important, or both are equally important

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Several applications are listed below. Determine the relative importance of resilience and toughness of the materials chosen for each application. Sort the items based on whethere resilience is most important, toughness is most important, or both are equally important

The image is a diagram used to categorize items based on their mechanical properties. It is divided into three main categories: "resilience," "both," and "toughness." ### Categories and Items: 1. **Resilience**: - Relates to materials or objects that can absorb and release energy effectively, returning to their original shape after deformation. 2. **Both**: - Represents items that possess qualities of both resilience and toughness. 3. **Toughness**: - Involves materials that can absorb a lot of energy before fracturing. ### Items to Categorize: - **A high tension music wire**: Typically requires resilience. - **A structural member in a building**: Generally needs toughness. - **A noncritical spring that is used repeatedly**: Usually associated with resilience. - **A burst panel designed to rupture at a certain pressure**: Typically involves toughness. - **A one-use safety device that absorbs impact energy**: Likely related to toughness. The user needs to place each item into the appropriate category based on its mechanical properties.
Transcribed Image Text:The image is a diagram used to categorize items based on their mechanical properties. It is divided into three main categories: "resilience," "both," and "toughness." ### Categories and Items: 1. **Resilience**: - Relates to materials or objects that can absorb and release energy effectively, returning to their original shape after deformation. 2. **Both**: - Represents items that possess qualities of both resilience and toughness. 3. **Toughness**: - Involves materials that can absorb a lot of energy before fracturing. ### Items to Categorize: - **A high tension music wire**: Typically requires resilience. - **A structural member in a building**: Generally needs toughness. - **A noncritical spring that is used repeatedly**: Usually associated with resilience. - **A burst panel designed to rupture at a certain pressure**: Typically involves toughness. - **A one-use safety device that absorbs impact energy**: Likely related to toughness. The user needs to place each item into the appropriate category based on its mechanical properties.
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