30 percent of 20 percent of 150 percent = 0.09
20 percent of 80 percent = 0.16 or 16%
16%
20% = .20 20% of 1m = .20 * 1m = 0.2m
"percent" means "out of 100"20 percent of 5000 is:20/100 x 5000 = 1000Correct - as far as it goes.But the question was not 20 percent of 5000, it was 20 percent of 5000 percent.So the answer is 1000 percent. And that, in turn, gives the correct answer of 10
none of them are solutes
The cell will lose water by osmosis because water will move from an area of higher concentration (inside the cell, 90% water) to an area of lower concentration (outside the cell, 80% water). This movement of water will continue until the concentrations of water inside and outside the cell reach equilibrium.
Saturated. This means it has dissolved the maximum amount of solute (in this case, HCl) at that temperature.
it has exactly 29.34098 grams of solute
In this case, the solute would be nitrogen since it is the substance that is present in the larger proportion (80%) compared to oxygen (20%). The solvent would be the medium in which these substances are dissolved, such as air or a gas mixture.
Water would move out of the cell because the cell has a lower solute concentration compared to the surrounding solution, creating a hypertonic environment. This process is called osmosis, where water moves from an area of lower solute concentration to an area of higher solute concentration.
20
The amount of solute that will dissolve in water at a specific temperature depends on the solubility of the solute at that temperature. You need to check the solubility of the specific solute at the specified temperature (in degrees Celsius) to determine how many grams will dissolve in 100 grams of water.
About 20
The solubility of solute A in water is 13.3 g/ml because 20 g / 1.50 ml = 13.3 g/ml. This means that 13.3 grams of solute A can dissolve in 1 milliliter of water to form a saturated solution.
It is not that 20 per cent of the water expands - all of the water expands.
no, salt is a solute not a solvent, so it will not move across the membrane