Your question is a bit too broad, because it depends on what bone it is. That's not much of an answer, but if it helps any, I know that if you bend your elbow the way opposite that it is suppose to bend, it only takes 5 pounds of pressure to break it.
The amount of pressure required to break a tibia bone can vary depending on several factors, such as the individual's age, bone density, and the direction and force of the impact. In general, a significant amount of force is needed to break the tibia, such as from a high-energy impact like a car accident or a fall from a height.
In medical terms, a break of a weakend bone is usually due to osteoporosis. A person with osteoporosis suffers from weakend bones which can very easily fracture or break with very little pressure.
thumb bone requires about 100-150 pounds of pressure to fracture. However, the force needed to break a bone can vary based on factors such as bone density, angle of impact, and individual differences.
The amount of pressure needed to break a bone like the humerus can vary greatly depending on factors such as the age and health of the individual, as well as the direction and force of the impact. However, on average, it may take several hundred pounds of pressure to break the humerus bone.
This is the spongy bone made of rings of collagen. This allows the bones to slightly flex when under pressure, but break to relieve the pressure if needed.
Well the next time you get sick or break a bone ask that question.
It is not recommended to intentionally apply pressure to break a knee in a person, as this can result in serious injury. The human body is complex, and the force needed to break a knee can vary depending on factors such as the individual's bone density and overall health. If you have concerns about a knee injury, it is best to seek medical advice from a healthcare professional.
it is a little bit easier to break a bone.i am not really that sure but that's what is think.
fibula tibula
The amount of pressure required to break an ankle bone can vary depending on several factors such as the individual's age, bone density, and the direction of force applied. In general, a significant amount of force is needed to fracture the bones in the ankle, often from a high-impact injury such as a fall or a car accident. It is best to protect your ankles and take preventive measures to avoid such injuries.
Extra bone can disappear over time through a process called bone remodeling. This process involves osteoclasts breaking down old or excess bone tissue, followed by osteoblasts laying down new bone in its place. Factors like hormone levels, physical activity, and nutritional intake can influence the rate of bone remodeling and the disappearance of extra bone.
Bones are incredibly strong and can withstand variable amounts of pressure depending on factors like bone type and size. Typically, bones can endure pressures up to 19000 pounds per square inch (psi) before fracturing. However, this can vary significantly across different bones in the body.