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Mostly calcium carbonate (limestone -chalk).
calcium chloride will dissolve in water
Seashells are hard because they are mainly made of calcium, a hard mineral, which is what bones are made of.
Calcium reacts with water.
Massive deposits of limestone are the result of calcium carbonate deposition, either precipitated or organically produced in a marine environment.
Seashells will only dissolve in water if the water becames acidic.
You put the seashells in a cup of vinegar
If the "dirt" consists primarily of calcium deposits, you should use a mild acid to dissolve the calcium, phosphoric acid, even vinegar (acetic acid) are two choices.
That is the correct spelling of the element "calcium" (notably in bones and seashells).
Calcium deposits do not always require surgery for removal. The need for surgery would depend on the size of the calcium deposit. Drugs can be ingested to help dissolve the calcium deposit in the body, without any invasive operations.
Seashells are not made out of only carbon. They are a mixture of compounds. Calcium carbonate is a main compound in them.
No. Calcium deposits are not alive/ However, deposits of calcium carbonate are often made of the shells of once living, but long ded organisms.
No, the calcium the earth has is all it will have. It is not renewable. Most of the calcium available is in fossil form (e.g. ancient coral reefs, deposits of seashells, organic ooze) that will take millions of years to be replaced (like coal, petroleum, and natural gas). However it is easy to use calcium from bones and seashells harvested today.
they are made mainly from calcium and from a few other minerals.
No they are not exactly the same Both contain calcium and taces of different element but are not totally having the same composition
Mostly calcium carbonate (limestone -chalk).
No. Shellfish are mostly devoid of calcium. The primary sources of calcium are dairy products.