Calcium is flexible because answer.com says so
No, if the calcium salts of bone are removed, the bone will not be highly flexible. Calcium salts contribute to the bone's hardness and strength, so without them, the bone would be weak and more prone to fractures, rather than flexible.
The acid in the vinegar dissolves out the calcium in the chicken bone. (Calcium is most of the reason that bones are hard.)
The bone will lose some of its calcium and be slightly more flexible.
Calcium makes them strong and they are flexible only at the joints.
By removing hydroxyapatite from bone matrix the properties of the bone would become more "rubbery" or flexible. Hydroxyapatite is the natural occurring form of calcium. By taking the calcium out of a bone, the bone would be more flexible because the collagen remains.
You can very well treat the bones with acid. What happens when using the acid is what makes the calcium dissolve, and it also helps make the bones more flexible.
It contains calcium which is a substance that does not weight. Therefore it makes bones be strong and hard. If you took the calcium, the bones would be flexible and not hard at all.
No, insects and roundworms do not have calcium carbonate shells. Insects have exoskeletons made of chitin, a tough, flexible protein. Roundworms lack a hard outer covering and have a smooth, cylindrical body shape.
Calcium is a mineral that can be depleted from bones when they are soaked in white vinegar. The acidity of the vinegar can help to dissolve the calcium in the bones, making them more flexible and easier to work with in certain culinary applications.
Collagen is responsible for the flexibility of bones. The mineral composition of bones, primarily hydroxyapatite (a calcium phosphate), provides the bone with its strength and hardness.
Iron is necessary for haemoglobin, the chemical in blood which facilitates oxygen transport, which is necessary for proper life function. Calcium is necessary for bones and teeth, as it forms the bulk of their structure and lends them their flexible yet resilient strength.
By removing hydroxyapatite from bone matrix the properties of the bone would become more "rubbery" or flexible. Hydroxyapatite is the natural occurring form of calcium. By taking the calcium out of a bone, the bone would be more flexible because the collagen remains.