QuestionMay 14, 2025

In spider silk, the B-sheet nanocrystals contribute chiefly to extensibility at low strains. resistance to plastic deformation at high loads. lubrication between fiber bundles. absorption of ultraviolet light.

In spider silk, the B-sheet nanocrystals contribute chiefly to extensibility at low strains. resistance to plastic deformation at high loads. lubrication between fiber bundles. absorption of ultraviolet light.
In spider silk, the B-sheet nanocrystals contribute chiefly to
extensibility at low strains.
resistance to plastic deformation at high loads.
lubrication between fiber bundles.
absorption of ultraviolet light.

Solution
4.7(217 votes)

Answer

resistance to plastic deformation at high loads. Explanation 1. Identify the function of B-sheet nanocrystals B-sheet nanocrystals in spider silk primarily contribute to structural integrity and mechanical properties. 2. Determine the specific property related to B-sheet nanocrystals They provide resistance to plastic deformation at high loads due to their crystalline structure.

Explanation

1. Identify the function of B-sheet nanocrystals<br /> B-sheet nanocrystals in spider silk primarily contribute to structural integrity and mechanical properties.<br /><br />2. Determine the specific property related to B-sheet nanocrystals<br /> They provide resistance to plastic deformation at high loads due to their crystalline structure.
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