after a numerous amout of pressure BAM! you have a broken bone CONGRATES!
Bone constantly remodels and redistributes its matrix along lines of mechanical stress to maintain its strength and integrity. This process involves the removal of old bone tissue by osteoclasts and the formation of new bone tissue by osteoblasts. The alignment of bone matrix along lines of mechanical stress helps to optimize bone strength and adapt to the external forces acting on the skeleton.
What are three types of stress that can be applied to an equilibrium system?1. Temperature change2. Gas volume / pressure change3. Substance concentration change
stress is a measure of the average force per unit area of a surface within a solid body on which internal forces act. These internal forces are a reaction to external forces applied on the body.Therefore a shift in stress happens when there is a change in the direction or amount of external force applied to the solid body.
Stress can be applied to an equilibrium system by changing conditions such as concentration, pressure, or temperature. According to Le Chatelier's principle, the system will adjust to counteract the effect of the applied stress and restore a new equilibrium. For instance, increasing the concentration of reactants will shift the equilibrium toward the products to reduce the concentration. Similarly, increasing pressure will favor the side of the reaction with fewer gas molecules.
Bone cells, particularly osteocytes, have long, branching extensions called dendritic processes that allow them to communicate with other bone cells and sense mechanical stress. This star-like shape helps them to maintain bone tissue by facilitating nutrient exchange and signaling for bone remodeling. The interconnected network formed by these processes enables efficient coordination in response to physical forces, ensuring the bone adapts to changes in load and stress effectively.
the minerals in the bone produce a weak electrical field that attracts osteoblasts.
decay
It is brittle
Bone stress is when there is a lot of stress applied to the bones. Bone stress can be demonstrated with a plastic fork between two polarizing filters. The light that is polarized between the filters shows the bone stress. When you bend the transparent plastic fork, the light shows the stress in the fork in a brightly colored display.
The Cancellous, or spongy bone is made of Trabeculae, which are thin rods or plates of bone that often run in the same direction as the stress applied to the bone. Stress on the bone may be in the form of gravity, or it may occur due to common force applied to the limb. Which can ultimately cause weakness in your bones.
stress is defined as the ratio of applied load and area. stress=applied load/area.
When bones are exposed to additional stress, they undergo a process called remodeling, where bone tissue is broken down and rebuilt to adapt to the increased load. This can lead to increased bone density and strength over time, as osteoblasts (bone-building cells) become more active to reinforce the structure. However, excessive or repetitive stress can also result in injuries such as stress fractures or conditions like osteoporosis, where the bone becomes weaker. Balancing stress through proper exercise and nutrition is crucial for maintaining healthy bone structure.
A broken bone is a bone that has suffered stress. Such stress could lead to several types of fractures.
Compact Bone
Geological stress is a force applied to a rock.
Bone is considered anisotropic because it responds differently if forces are applied in different directions. Bone can handle large forces applied in the longitudinal plane (tension and compression); bone is not as strong in handling forces applied transversely across its surface.The differences between the properties of the cancellous and cortical bone contribute to the anisotropy of the bone. Cancellous bone provides bending strength, and cortical bone provides significant compressive strength.
femurs