Want this question answered?
Ligaments are strong and flexible and connect bones to each other.
No, it is not. Bone is strong but it doesn't bend easily. Cartilage is more flexible.
When you soak bones in vinegar what will happen is that the chicken bone will weaken and the bone will become more flexible. So after soaking the chicken bone into vinegar for a week the bone will be so flexible that it will be able to bend. This is a great science fair project also.
They furnish flexible connections that are strong.
soft and flexible bone matterSoft and flexible bone matter is flexible bone matter. This is when a person's bones are easy to break.
Yes. Collagen is a mineral in your bone and marrow that makes your bones flexible yet strong enough to withstand a blow. :)The organic material in bone is collagen. This is a protein which forms long, flexible fibres in the matrix surrounding the bone cells. It is estimated that collagen makes up 25% of the total protein in the body.
I'm not sure. I think it is a chemical change.
YES! You can actually do this experiment with a chicken bone. Put it in a jar of vinegar for a few days (sealed). Take it out and bend it! Cool, huh?
Bone marrow is the soft, spongy tissue found inside some bones. It is responsible for producing blood cells, including red blood cells, white blood cells, and platelets. Bone marrow also plays a vital role in the immune system and can be used in medical treatments like bone marrow transplants.
Vinegar breaks down the calcium in bones. However, it does not break down the collagen, which causes bones to be flexible like rubber when submerged in vinegar for some amount of time.
Calcified bones are hard but not really solid. Spongy bone is hard with tiny holes in it. Periosteum is thin but very strong. The other name for it is outer membrane, it helps to rebuild bone cells. The last is cartilage. It is strong material that holds two bones together and allows them to glide over one another. Skull iz also a very strong bone.
No US president had a rubber jaw bone.