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because of the polarity of the oxygen-hydrogen bond
molecular formula is referred to water because they are covalent compounds while formula mass for aluminum chloride because they are ionic compounds
Total sugar: amount of sugars in a specified volume or mass, in percent. Soluble sugars: amount of sugars soluble in water, in percent; not all sugars are completely soluble.
The relative atomic mass of hydrogen is 1 and for oxygen it's 16. This gives water (which has the formula H2O) a molecular mass of 18.
That's because zinc chloride is soluble in water, it doesn't sink or float but dissolves instead
because of the polarity of the oxygen-hydrogen bond
because its like that thats why because its like that thats why
The formula for potassium hydrogen sulfide is KHS. Another name for this inorganic compound is potassium hydrosulfide. Its molar mass is 72.17 grams per mole, and it is soluble in water.
Mass = density x volume
molecular formula is referred to water because they are covalent compounds while formula mass for aluminum chloride because they are ionic compounds
Total sugar: amount of sugars in a specified volume or mass, in percent. Soluble sugars: amount of sugars soluble in water, in percent; not all sugars are completely soluble.
Most metal halide salts are water-soluble, with a few exceptions. Calcium chloride is not one of these exceptions, and is quite soluble in water, in fact, at 300 K (just slightly above "room temperature"), a given mass of calcium chloride will dissolve in an equal mass of water.
mass/volume
The relative atomic mass of hydrogen is 1 and for oxygen it's 16. This gives water (which has the formula H2O) a molecular mass of 18.
No, just because it is soluble in water, you can't use water to determine the volume of a certain mass of (crystal) ZnCl2
That's because zinc chloride is soluble in water, it doesn't sink or float but dissolves instead
There is no specific range that materials are soluble or insoluble. It mainly depends on the precision of the unit whether mass or concentration. If the precipitate is more than half of the smallest significant figure it can be labeled as insoluble.