The force required to break a bone varies depending on several factors, including the type of bone and the direction of the force applied. Generally, it is estimated that a force of around 3,000 to 4,000 newtons can fracture a human femur, while smaller bones may require significantly less force. However, individual variations and bone health can influence these values.
It varies depending on the bone and the direction of force. On average, it takes about 4,000 Newtons (around 900 pounds) of force to break a human foot bone. However, this value can be higher or lower depending on factors such as the individual's bone density and the angle of impact.
you can't break your penis as it is not a bone it is just a muscle so you cant break it.
The amount of force required to break an arm can vary significantly depending on factors such as the angle of impact, the strength of the bone, and the age of the individual. Generally speaking, it can take anywhere from 3,000 to 12,000 newtons of force to break a human arm bone. This force can be generated through various means such as a fall, a direct blow, or a sudden twisting motion. It's important to note that bone strength and density play a significant role in determining the force needed to cause a fracture.
The bone that you try not to break is the xiphoid process.
You cant break your ear as it is not a bone and it is simply fat and tissue :)
A straight break across the bone is called a transverse fracture.
465 Newtons.
Osteocytes grow bone (lay it down) and osteoclasts break down bone. So there will be many more cells laying down bone (osteocytes) in primary bone.
300,000
Hyoid Bone
bone
the malingerer bone