Shear stress and strain: Which one of the following stresses would be most likely to cause a bone to fracture?

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Shear stress is a type of stress where the forces applied to an object are parallel to its surface planes. In bones, shear stress can occur when forces are applied in opposite directions at different points along the length of the bone. This type of stress is particularly problematic for bones because they are not very elastic and fracture easily when subjected to shear stress. Tensile stress and compressive stress, on the other hand, are less likely to cause bone fracture because bones can withstand tension and compression to a greater degree. Bulk stress is not relevant to bone fracture as it refers to stress that is applied uniformly in all directions.

Shear Stress and Strain: Which One of the Following Stresses