Iodine is only slightly soluble in water, with a solubility of about 0.03 grams per 100 cm³ at room temperature. While it does not dissolve well, it can form a colloidal suspension when mixed with water, resulting in a brownish color. For better dissolution, iodine is often dissolved in organic solvents or alcohols.
Approximately 179 grams of sugar can dissolve in 50 cm3 of water at 75 degrees Celsius.
If the bottle has a capacity of 100 cm3, you would expect to be able to fill it with 100 cm3 of water.
The density of iodine at room temperature is 4,933 g/cm3. This is not a high density.
To calculate the volume of water required to make 221 cm3 of ice, you need to account for the 4% increase in volume when water freezes. First, find the initial volume of water by dividing 221 cm3 by (1 + 0.04), which is approximately 212.5 cm3 of water.
In order to determine the mass of the water sample, you would need to know the density of water. The density of water is approximately 1 g/cm3. Therefore, the mass of a 20 cm3 sample of water would be 20 grams (20 cm3 * 1 g/cm3 = 20 grams).
Approximately 30.4 grams of potassium chloride would dissolve in 100 cm3 of water at room temperature.
Approximately 179 grams of sugar can dissolve in 50 cm3 of water at 75 degrees Celsius.
Dissolve 0.1g of the powder in ethanol and dilute with distilled water upto 100 cm3
First calculate the mass you need from NaCl I will calculate it for you now: 100 cm3= 0,100 L n (NaCl) = 0,1 mol/dm3 * 0,100 L = 0,01 mol m (NaCl) = n*Mm = 0,01 mol * ( 22,99+35,45) g/mol = 0,01 mol * 58,44 g/mol = 0,5844 g You will need 0,5844 g NaCl and you will mix it woth 100 cm3 water
The number of grams is the number of cm3. e.g. 300g = 300cm3
To prepare a 2% NaCl (w/v) solution, you would dissolve 2 grams of NaCl in enough water to make 100 mL of solution. This means you would add 2 grams of NaCl to a flask and then add water until the total volume reaches 100 mL.
0.03 gallons.
If the bottle has a capacity of 100 cm3, you would expect to be able to fill it with 100 cm3 of water.
A milligram (mg) is 1/1000 of a gram. So a gram is equal to 1000 mgs X 100 grams = 100,000 mgs.
iodine is only very slightly soluble in water ( 0.03 g/100 cm3 water hand back data) this means solute-solute interactions are stronger than the solute-solvent interactions between iodine and water.
1 m = 100 cm So 1 m3 = 100*100*100 cm3 = 106 cm3 and 10 m3 = 107 cm3
Specific gravity refers to the ratio of the density of a substance to the density of a standard, which is usually water. A piece of metal that has a mass of 200 g and a volume of 2 cm3 has a specific gravity of 100.