Long bones have these plates at each end. They are found with bones that grow longer over time.
The epiphyseal plate is made of cartilage that forms at the ends of the long bones of the body. It is seen in infants and children. Once the child reaches adulthood, the plate has solidified into bone.
Smooth muscle is responsible for the contraction that moves limbs.
Tectonic plates are responsible for the formation of mountains. When two tectonic plates collide, the force can cause the Earth's crust to uplift and fold, resulting in the formation of mountain ranges. This process is known as orogeny.
Anywhere there CAN be bone. Eventually. The first place seems to be the clavecal . At least 7 to 12 months... However, there is ossification in the ciliary muscles just about first. Life before the eyes nearly get focused.... As a rule, almost nobody goes there. And only sort of long bones or bones that can be counted without a microscope seem to be considred. We are a people of vision, or at least sight. In short, as a people, we post-europeans, asians, and just about everybody but the Arunta, operate on the theory, that if you cant see it easy, it is probabaly not there. For the benifit of the culture, anywhere there is bone, muscle or mamalian tissue with any kind of stress and a supply of calcium to be deposited. That's a quick and dirty answer.
Tectonic plates
divergent plates
Food remnants off plates and peelings ONLY. - No bones of any kind, no plastics, no solid objects, no rice, no onion skins.
The Earth's plates are called tectonic plates.
Human bones.
tectonic plates?
Dinosaur bones.
the bones in your legs and arms