because most bone is made of spongy bone it looks like a sponge inside so it is less dense making it lighter.
Because most of the bone is made of spongy bone and it looks like a sponge in the inside so it is less dense and that is why it is light.
Ligaments and tendons are similar in that they are both connective tissues that help support and stabilize joints in the body. They are also both made up of strong, fibrous material. Additionally, both ligaments and tendons play a crucial role in connecting bones to other bones or muscles, allowing for movement and flexibility.
Both help it to fly.
Bone get their strength from a structure of calcium carbonate reinforced with protein fibers. This is analogous to the structure of reinforced concrete made of concrete reinforced with steel bars. In both cases the bulk material (calcium carbonate or concrete) provides compressive strength and the reinforcement (protein fibers or steel bars) both suppress crack growth and provide tensile strength.
Fiberglass is basically a plastic matrix strengthened with glass. It has the benefit of being both lightweight and strong.
How to get super strong bones. Drink some milk, get some exercise. According to my notes, drinking 3 cups of milk, Nonfat or low-fat is essential for strong bones. Also, having 1 hour of exercise gives you more stamina, Speed, and keeps you fit. Doing this also increases the strength Of your bones. I hope my answer can help you get stronger bones! 😇 Remember to exercise 1 hour daily to get fit and strong bones!
Bones are made up of a matrix of collagen fibers and calcium crystals, which provide both flexibility and strength. The hollow structure of bones, filled with marrow, also contributes to their lightweight nature. Additionally, the arrangement of compact and spongy bone tissues distributes forces and enhances the bone's ability to withstand compression and tension.
cubes made of straws or spaghetti
Calcium and Vitamin D. They are both needed to allow for healthy bones and teeth.
Both the bird's wing and the seal's flipper are adapted for swimming, however they have different bone structures. The bird's wing contains long, lightweight bones with hollow spaces, while the seal's flipper has shorter, denser bones. The bird's wing has feathers for flight, while the seal's flipper is covered in skin to streamline movement in water.
Birds and fish share similarities in their anatomical structures that serve similar functions for movement in their respective environments. Both have streamlined bodies that reduce resistance: birds have wings for flight, while fish have fins for swimming. Additionally, both have lightweight skeletal structures that aid in mobility—bones in birds are often hollow, while fish have flexible skeletons. These adaptations reflect their evolutionary paths toward efficient locomotion in air and water.
They both are made of the same tissue called connective tissue which is very strong. They have different names because of where the are and what they do. Tendons connect muscles to bones and ligaments connect bones to bones.