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How are emus bones different from a seagull bones?
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.
How are emus bones different from a seagulls bones?
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.
How are emus bone different from seagulls bones?
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.
The bones in the forelimbs of mammals are said to be?
homologous structures, meaning they share a common evolutionary origin despite serving different functions in various species. For example, the bones in the forelimbs of humans, bats, and whales all evolved from a common ancestor but have adapted to perform tasks like flying, swimming, or grabbing.
What is in the center of many bones and what does it do?
Marrow is in the center of long bones, especially. It functions in blood cell formation, among other things.
Which type of cell is produced by the long bones?
Blood Is Produced By The Long Bones.
Where are the irregular bones located?
Irregular bones are found in various locations throughout the body, such as in the spine (vertebrae), hips (pelvis), and face (facial bones). These bones do not fit into the categories of long, short, or flat bones due to their complex shapes and functions.
Bird bones are adapted for flight because they are what?
Are Hollow.
What disease or problem encounter without the special functions of the bones?
what disease or problems we encounter without the special functions of the bones
How are cells adapted to its functions?
They have adapted to their job by developing a cell membrane to keep unwanted waste
What are the functions of the spider's pedipalps?
Pedipalps have been adapted for feeding, locomotion, and/or reproductive functions.
What is the difference betweenthe three types of bones?
The three types of bones are long bones, short bones, and flat bones. Long bones, like the femur, are characterized by their length and are primarily involved in movement and support. Short bones, such as those in the wrists and ankles, provide stability and support while allowing for a limited range of motion. Flat bones, like the skull and ribs, serve protective functions and provide surfaces for muscle attachment.
