Adding salt to your bath water will NOT make it soft. While traditional water softeners do use salt to operate, they are NOT making the water softer by adding salt to the water. Instead they are adding just the sodium ions from the salt and removing Calcium and magnesium ions from the hard water to make soft water. You cannot make your bath soft by just adding sodium either - the only way to make it soft is to (somehow) remove the calcium and magnesium from the water and the most economical way to do that is with a traditional water softener. Note that there are newer devices and resins that work differently from a traditional water softener. These are sometimes called "salt free softeners" - but this name is technically not accurate. While they do not use salt - they also do not remove hardness from the water so they are not actually softening the water. Some manufactures claim that while the Calcium and Magnesium are still in the water their devices cause the water to act as if it were actually soft - and some of their customers agree it works (and some do not). These newer devices and technologies continue to improve and be researched. In 2009, there is a large study being conducted by the water quality association (wqa.org) and Battelle labs to investigate some of these types of systems and to hopefully offer more insight into the scientifically provable aspects of these so-called salt free softeners.
Strontium and magnesium
Yes. The potassium will replace the calcium in the calcium chloride, producing potassium chloride and calcium. This is an example of a single replacement/displacement reaction. CaCl2 + 2K --> 2KCl + Ca
Yes, forming grey precipitate calcium will replace sodium and form calcium carbonate and sodium will bond with chlorine as: CaCl2(aq) + Na2CO3(aq) --> CaCO3(s) + 2NaCl(aq)
Yes. According to the activity series of metals, the calcium will replace the iron in the iron chloride compound, forming calcium chloride and iron. Refer to the related link for an activity series of metals.
Yes, zinc reacts with calcium sulphate . It reacts to produce zinc sulphate and calcium.
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Although Calcium is lower on the activities series list I have seen calcium replace potassium in a reaction so the answer I think is YES
Osteoporosis
Strontium and magnesium
Yes. The potassium will replace the calcium in the calcium chloride, producing potassium chloride and calcium. This is an example of a single replacement/displacement reaction. CaCl2 + 2K --> 2KCl + Ca
Systemic coagulants used to replace calcium, vitamin K, and other blood coagulants factors. Ex: calcium salts, calcium chloride…
Copper is a less reactive metal than calcium, therefore it cannot replace the calcium in the calcium sulphate. Refer to the related link for a reactivity series.
Bone are never replace, they loose calcium (Osteoporosis) and become fragil (weak) and prone to fracture. Thats why we need to take Calcium after the age 40 , men and women too.
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Strontium is chemically very similar to Calcium. The human body will readily use Strontium as bone-making material, but Strontium does not satisfy the other uses the human body has for Calcium e.g. regulating calcium content in blood, etc.
Yes, forming grey precipitate calcium will replace sodium and form calcium carbonate and sodium will bond with chlorine as: CaCl2(aq) + Na2CO3(aq) --> CaCO3(s) + 2NaCl(aq)
1 - simplest and cheapest method- replace the axle 2- replace the CV joints and boots 3- lots of unnecessary work, very expensive - check the joints and replace as needed, replace boots