it would be harder to brake bone because it is stronger and has more density
of couse a bone
No. It does not have the amount of calcium as bone.
Because bone is much harder than cartilage
Cartilage is the soft bone in i.e. your ears and nose. A break in this bone is a fraction.
So when you break a bone you got a reserve storage of bone you can replace your bone with a cartilage and walk again that's why it takes 6 weeks to calcify cartilage so you can have a new bone to walk around on e.g. you break your leg.
Cartilage could be used to hold our selves together but cartilage is actually unformed bone and Cartilage also is very unstable if you bones so to speak were made of cartilage we would highly unstable and unable to walk like a baby almost
An infant's skeleton is actually mostly cartilage. If a fetus's skeleton was bone, childbirth would be much harder. As calcium deposits in that cartilage, it begins to convert to bone.
Bones are harder than cartilage, which is a firm but flexible connective tissue. Bones are also larger and provide more structural support and protection for the body compared to cartilage. Bones contain bone marrow, which is responsible for producing blood cells, while cartilage does not have this function.
A bone.
False. You have it backwards. Bone is the hard structure that give your body form, posture, and strength. They are stiff and cannot bend. They are hard. Cartilage is the soft, flexible, yet tough tissue found in the tops of your ears, and the tip of your nose. When you are an infant, many bones are partly cartilage, especially the skull. When you start growing, these bones get bigger and harden into actual bones.
Bones develop from cartliage. Babies are born with a large amount of cartilage and more bones than adults. These bones eventually fuse together to form the normal number of adult bones. Much of the cartilage in babies grows into bone. Certain bone cells cause minerals to be deposited in the cartilage which makes it (bone) harder and stronger. Bone tissue begins to develop at the center of the cartilage, and blood vessels carry nutrients to the developing bone. As more bone tissue is formed, the bones grows longer. Eventually, the center of the bone is fully formed. A baby's bones are soft, but the gradually become harder and softer as more minerals are deposited. This hardening process is called ossification. As a child grows, new bone tissue is made between the head of the bone and its shaft in special areas called growth plates or growth zones. This is how we grow and get taller. Some cartilage remains at the ends of the bones to protect them. In other places, cartilage remains throughout life and does not turn into bone. This is the case with noses. Noses are shaped by cartilage--not bone.Source: Utah Education Network
Bone is harder and more rigid than cartilage due to its mineralized matrix, predominantly composed of calcium and phosphorus. Bone also contains specialized cells like osteocytes, which are responsible for maintaining bone structure and function. Cartilage, on the other hand, is more flexible and resilient due to its high water content and lacks the mineralized matrix found in bone.
Yes, babies are born with more cartilage in their bones as this serves as a scaffold for bone development. As the child grows, the cartilage is gradually replaced by bone cells through a process called ossification, resulting in harder and stronger bones.