Websilk, and flexible and weak materials are oak-wood, lead and a spider web. The bone is considered a flexible and weak material. (Choi & Goldstein, 1992; Cook et al., 1987). Stress and Distension Another way to assess the behavior of the bone or any other material when subjected to the load is to measure the stress, or the load by area of WebThe deltoid ligament is _____ in shape. triangular. The _____ compartment of the lower leg contains the anterior tibial nerve and the tibial artery. anterior. The _____ serves as the principal weight-bearing bone of the leg. tibia. The lower leg is supplied by the _____ nerve anteriorly. common peroneal.
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WebApr 9, 2013 · The cells that break down the trabeculae begin their work while cells that rebuild bone are delayed. Continued load causes a bone stress response, or weakening of the bone. This change, which is seen on MRI scans as a fluid accumulation in the stressed area, can be subtle, moderate or quite significant. The bone stress response precedes … WebSep 9, 2024 · We divide the compressive force by the cross-sectional area to find the compressive stress on the bone. Our approximate value for the ultimate strength of … gunwales on a boat
Solved Bone is considered to be _________. meaning that it …
WebWhat type of mechanical stress is bone weakest against. tensile. Is collagen responsible for bones compressive or tensile strength. hyaline. What type of cartilage is found at the ends of all long bones. creep. How quickly the cartilage reaches a constant strain WebOct 18, 2024 · Changes in the muscles, joints, and bones affect the posture and walk, and lead to weakness and slowed movement. People lose bone mass or density as they age, especially women after menopause. The bones lose calcium and other minerals. The spine is made up of bones called vertebrae. WebFeb 10, 2024 · Thus, on the contrary, this smooth collar may contribute to bone loss. Crestal bone is weakest against shear forces and strongest against compressive forces. A smooth parallel collar results in shear forces in the crestal bone region. Resulting bone loss may be due to the lack of mechanical stimulation in the crest region. gunwales located on boat