Silver chloride is sparingly soluble in water because the ionic bond between silver and chlorine is quite strong and stable. The formation of a lattice structure in silver chloride also limits the interaction with water molecules, making it difficult for the compound to dissolve.
Every 100 grams (100 millilitres) of boiling water (even hard water) will dissolve a maximum of about 40 grams of salt, so anything in excess of that amount just will not dissolve. If your poured a teaspoon of salt grains into a pan of boiling water it would dissolve immediately - almost no time at all.
Water softeners typically use salt or potassium chloride to remove minerals such as calcium and magnesium from hard water. When hard water passes through the resin bed in the water softener, the sodium ions in the salt or potassium chloride exchange places with the calcium and magnesium ions, softening the water.
metal and non-metal. = ionic substance. ionic substances are generally crystalline structures.... Salt NaCl, but us salt hard? No not really. so generally you would expect to see similar results with CaCl. For more info on hardness look upo Mo'h hardness test.
Hard candy dissolves faster in sprite than water because sprite is carbonated and acidic, which helps break down the candy more quickly. The carbonation and acidity in sprite react with the sugar in the candy, causing it to dissolve faster compared to water which is just a neutral solvent.
To dissolve hard water buildup on plastic, the plastic can be sprayed with a solution of white vinegar and water. Let the solution stay on the material for a while, then wash with a dish soap and rinse well. Smaller pieces can be soaked in vinegar and water for a while, then washed.
To prepare hard water, simply dissolve calcium and magnesium salts like calcium chloride or magnesium sulfate in regular water. The concentration of these salts determines the hardness of the water. The dissolved salts will increase the mineral content of the water, making it hard.
In hard water containing calcium chloride dissolved in distilled water, the ions present would be calcium (Ca2+) and chloride (Cl-). The calcium ions come from calcium chloride, while the chloride ions come from the dissociation of calcium chloride in water.
an egg's shell doesn't dissolve in water because the shell is to hard to dissolve in non-acid liquids.
Because sugar is easily soluble in water.
No, grit will not dissolve in water as it is composed of small, hard particles such as sand or small stones. These particles will remain in the water without breaking down or dissolving.
Every 100 grams (100 millilitres) of boiling water (even hard water) will dissolve a maximum of about 40 grams of salt, so anything in excess of that amount just will not dissolve. If your poured a teaspoon of salt grains into a pan of boiling water it would dissolve immediately - almost no time at all.
There are three silver halides used: silver bromide, silver chloride and silver iodide. Silver chloride doesn't absorb very much light and silver iodide is hard to develop. So they use silver bromide, with a little bit of the other two to make the emulsion work in ways silver bromide can't do alone.
Often tap water contains dissolved metal ions that can produce undesirable effects. This so-called "hard" water can cause rings to form in bathtubs, cause buildup in pipes and reduce the effectiveness of many detergents. Thus a water softener, such as potassium chloride, is often used to remove these ions.
Hard water is just a term. Various salts and minerals are dissolved (are solutes) in hard water. These may include Calcium, Iron, Chloride Ion, Sodium, and Potassium.
Depends where you live, the more calcium chloride dissolved in the water the harder it is
Salt, sugar, and baking soda are examples of solids that dissolve in water. When these substances are mixed with water, they break down into molecules or ions and disperse throughout the water, forming a homogeneous solution.
Water softeners typically use salt or potassium chloride to remove minerals such as calcium and magnesium from hard water. When hard water passes through the resin bed in the water softener, the sodium ions in the salt or potassium chloride exchange places with the calcium and magnesium ions, softening the water.