The density of sugar is about 850kg/m3, or .0085g/cm3
240 mL = .240L = .24 dm3 = 340 cm3
multiplying together: .0085*340 = 2.89g of sugar
The solution will be saturated since it has reached the maximum amount of solute (sugar) that can dissolve in the given amount of solvent (water) at that temperature. This means that 240 g of sugar is too much for the 50 mL of water to dissolve, resulting in an unsaturated solution with the excess sugar likely precipitating out.
To calculate the percent weight/volume (w/v) concentration, divide the mass of solute (CaCl2) by the volume of solution and multiply by 100. First, convert 240 mL to L by dividing by 1000 (240 mL = 0.24 L). The concentration is (1.20 g / 0.24 L) x 100 = 5% w/v.
The result will be a sugar syrup with a concentration determined by how much the sugar dissolves in the boiling water. As the solution cools, the solubility of sugar decreases, which may result in sugar crystals forming unless the solution is kept hot or additional water is added.
To make a 3% solution, you would need 1.5 grams of sugar for every 50 ml of water.
That is approximately 240 ml.
For a concentration of 0,6 g sugar/1000ml: 15 ml for 150 mL.
The solution will be saturated since it has reached the maximum amount of solute (sugar) that can dissolve in the given amount of solvent (water) at that temperature. This means that 240 g of sugar is too much for the 50 mL of water to dissolve, resulting in an unsaturated solution with the excess sugar likely precipitating out.
That is approximately 50 ml
The solubility of sucrose is 2 000 g/L at 25 oC. For a teaspoon of 5 mL and and a sugar density of 1,5 g/cm3 the teaspoon contain 7,5 g sugar.
That is approximately 105 ml
760
To calculate the percent weight/volume (w/v) concentration, divide the mass of solute (CaCl2) by the volume of solution and multiply by 100. First, convert 240 mL to L by dividing by 1000 (240 mL = 0.24 L). The concentration is (1.20 g / 0.24 L) x 100 = 5% w/v.
This is not a valid conversion; milligrams (mg) and grams (g) are measures of weight or mass and mL (milliliters) is a measure of volume.
The result will be a sugar syrup with a concentration determined by how much the sugar dissolves in the boiling water. As the solution cools, the solubility of sugar decreases, which may result in sugar crystals forming unless the solution is kept hot or additional water is added.
There are 42 grams of sugar in a 12 ounce Pepsi (240 ml). Pepsi is mostly water so the difference between the weight of Pepsi and water will be negligible. Milliliter to grams conversion of water is one for one. So, 240 ml of Pepsi will be about 240 grams. To find the percentage of sugar to Pepsi, divide the weight of the sugar (42) by that of the whole. 42/240 = 0.175 = 17.5% So: There are 42 grams sugar that is 17.5% of the weight of a 12 ounce can of Pepsi.
To make a 3% solution, you would need 1.5 grams of sugar for every 50 ml of water.
That is approximately 240 ml.