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There is no way to reduce the calcium level except by draining some or all of the water. High calcium levels are a problem mostly in the southwest part of the US. Draining a pool can be dangerous if the water table is high; the pool can actually pop out of the ground.

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What control the amount of calcium in the body?

calcitonin (thyroid) used to break down calcium stores in the bone. and parathormone (parathyroid) - stores the excess calcium in the bones


What is the equation for dry distillation of calcium acetate and calcium formate?

The dry distillation of calcium acetate and calcium formate typically involves heating the compounds to break them down into their constituent elements. For calcium acetate, the equation is Ca(C2H3O2)2 → CaCO3 + C2H4O2. For calcium formate, the equation is Ca(HCOO)2 → CaCO3 + H2 + CO.


How does calcium atomic radius compare to magnesiums radius and potassium's radius?

Calcium has a larger atomic radius than magnesium because it is located further down in the periodic table, resulting in an increased number of electron shells. However, potassium, being in the same group as calcium but further down, has a larger atomic radius than both calcium and magnesium. Thus, the order of atomic radii from smallest to largest is magnesium, calcium, and then potassium.


What happens when you eat calcium carbonate?

When you eat calcium carbonate, the compound is broken down in your stomach into calcium, carbon dioxide, and water. The calcium is then absorbed into your bloodstream and can help strengthen your bones and teeth. Excessive consumption of calcium carbonate can lead to side effects such as constipation, gas, or bloating.


Do osteoblasts free calcium from bones to maintain blood calcium levels?

No, osteoblasts do not free calcium from bones; rather, they are responsible for bone formation and mineralization. The cells that release calcium from bones are called osteoclasts, which break down bone tissue and release calcium into the bloodstream. Osteoblasts work in conjunction with osteoclasts to maintain calcium homeostasis in the body. When blood calcium levels are low, osteoclast activity increases to release calcium, while osteoblast activity decreases.

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