iin
4.2 grams NaNO3/60 grams water * 100 = 7% by mass -------------------
NaNO3 at 10C = About 80g KNO3 at 60C = About 100g NaCl at 50C = About 38g
179 g per 100 mls of water.
This solubility is 103,4 g KNO3/100 g H2O.
the thickness of the water's container
4.2 grams NaNO3/60 grams water * 100 = 7% by mass -------------------
NaNO3 at 10C = About 80g KNO3 at 60C = About 100g NaCl at 50C = About 38g
163.6 gr/100 gr
it is O
The solubility of CuCl2 in water is 75,7 g/100 mL at 25 0C.
179 g per 100 mls of water.
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.
110 g.
Radium sulfate (formula RaSO4) will dissolve at 0.00021 g/100g of water. To determine this: Get the solubility product constant Ksp of the values. This will indicate how much solid gets dissolve in the solution. Also consider the effect on solubility (for example, common ions).
100 g water dissolve 45,8 g potassium chloride at 50 o 0C.
67.0 grams of caffeine will dissolve in 100 mL of water at 100 degrees Celsius. 100mL of water = 100g of water so.. 67.0 grams of water will dissolve in 100 grams of water at 100 degrees Celsius. I pretty sure this is right, I was searching for the answer myself and it seems to work. But more accurately you will need to find the density of water at 100 ºC which is 0.9584 g/mL. So, 100g/0.9584 g/mL equals about 104 mL. Then 104 mL x 67.0g/100 mL = 69.9 g.
It has very low solubility in water : it can dissolve only 0.1066 g/100 mL (18 °C) and 2.055 g/100 mL (70 °C)