white usually hard blothes on the skin, lumps!
Vinegar and other acidic solutions can effectively dissolve calcium deposits.
It depends on the context - in geology they maybe called limestone deposits. In a corrosion sitaution they may be called calcareous deposits
The deposits of calcium carbonate are due to a chemical reaction called precipitation. When the water in the kiddie pool evaporates, it leaves behind calcium carbonate, which is not soluble in water and forms solid deposits.
Well . . . there are no calcium deposits in water, there is only calcium. The deposits happen on things that the water falls on, then dries. What is left is a deposit. To remove the calcium (and magnesium) from water, you run the water through a tank full of little beads of "Filtersord". Most water purifiers use this along with charcoal, which removes bits of dust, and so forth.
The body naturally dissolves calcium deposits through a process called resorption, where specialized cells break down and remove excess calcium from tissues. This process helps maintain the balance of calcium in the body and prevent the buildup of deposits in areas such as joints or blood vessels.
No. Calcium deposits are not alive/ However, deposits of calcium carbonate are often made of the shells of once living, but long ded organisms.
Vinegar and other acidic solutions can effectively dissolve calcium deposits.
No.
Look into a chemical formula called CLR, its at local home and supply stored...its a calcium lime and rust remover
The answer is white, because what are your bones made of? Calcium!
Yes. This is done quite frequently in cleaning calcium deposits from pool tile.
If you get too much calcium you may get calcium deposits on your bones.
Calcium deposits on the heels and the bottom of the feet are referred to as heel spurs. These deposits form when the plantar fascia pulls away from the heel area.
calcium reconstruction and deposits
Calcium deposits of the spinal cord is known as stenosis. Stenosis is an arthritis of the spine when there is enough buildup to cause impingement.
There are several different conditions that can cause calcium deposits in the eye. These include hypocalcemia, gout, renal failure, and chronic inflammation.
The metal is calcium (Ca), which occurs in vast limestone deposits. When calcium combines with oxygen, it forms calcium oxide (CaO) as the oxide compound.