Long bones have adapted for stability and strength and to bear the weight of the body. The perfect example of a long bone would be the femur. The femur has a long shaft, known as the diaphysis, which is made up of compact bone. The epiphysis, or the ends of each bone are filled mostly with spongy bone except at the very outer layers and the femoral head. The trabeculae of the bones are oriented along stress lines, or areas where the stress placed on bone (like the weight of your body as you land a jump on your skateboard) can be directed out from your pelvis, down the femoral head, along the femoral neck and on down the shaft of the bone to end up being transferred your down towards your feet. So, in essence the long bones of the body are made perfectly for the transferring of stressors, or kinetic force along pathways that will do less damage, and cushion an impact.
No, the bones of the ribcage are not considered long bones. Long bones are typically found in the arms and legs, whereas the ribs are classified as flat bones.
Cortical bone, also known as compact bone, is the type of bone adapted to withstand stresses that arrive from a limited range of directions. It is dense and forms the outer shell of most bones in the body, providing strength and protection.
Another name for long bones is tubular bones. These bones are longer than they are wide and are found in the arms and legs.
Bones in the arms and legs tend to be long bones, which are characterized by their elongated shape and serve to support the body and facilitate movement. Short bones, like those found in the wrists and ankles, have a different structure and function.
There are more than two long bones in the skeleton but if you mean the two longest bones then the femur (longest) and tibia second longest).
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An emu's bones are solid and adapted for long periods of running and walking. A seagull's bones are light and hollow so they can fly easily.
An emu's bones are solid and adapted for long periods of running and walking. A seagull's bones are light and hollow so they can fly easily.
An emu's bones are solid and adapted for long periods of running and walking. A seagull's bones are light and hollow so they can fly easily.
Are Hollow.
No, the bones of the ribcage are not considered long bones. Long bones are typically found in the arms and legs, whereas the ribs are classified as flat bones.
The exact number of bones in a Brachiosaurus is not definitively known, but it is estimated to have had around 200 to 300 bones, similar to other large sauropods. These bones included a long neck, massive limbs, and a large body, contributing to its distinctive appearance. The skeletal structure of Brachiosaurus was adapted for its herbivorous diet and ability to reach high vegetation.
Cortical bone, also known as compact bone, is the type of bone adapted to withstand stresses that arrive from a limited range of directions. It is dense and forms the outer shell of most bones in the body, providing strength and protection.
i think it is the thigh bone... just gonna add on to your answer your right though the longest bone is the femur. If you are looking for what the long bones are they are the Bones of the thigh, the bones of the forearms, bones of the fingers and bones of the legs. Your Ribcage bones are NOT long bones.
Bones classified into four groups. Long bones,Short bones,Flat bones, and Irregular bones
long bones fore-arm bones
The gorillaâ??s large size means they have few enemies. Because of their size, their bodies have adapted to have long arms and short legs, which helps reduce stress on their bones and joints. Also to support their massive bodies, gorillas have relatively thick bones. Another adaptation is that their teeth have adapted to handle fallback foods which they must rely on in times of food scarcity.