55.49M
Pure water does not have a molarity because it is not a solute dissolved in a solvent. However, under standard conditions, the molarity of pure water is 55.56 mol/L, which corresponds to its concentration of water molecules.
The concentration of water is typically measured in terms of its molarity, which is equal to 55.5 mol/L at room temperature. In other terms, water makes up approximately 55.5 moles in a liter of pure water.
The molarity of a 5% solution of NH3 in water depends on the density and molecular weight of NH3. Without this information, it is not possible to calculate the molarity.
The molarity is 2 mol/L.
The molarity is 6 mol/l.
Pure water does not have a molarity because it is not a solute dissolved in a solvent. However, under standard conditions, the molarity of pure water is 55.56 mol/L, which corresponds to its concentration of water molecules.
Molarity is a concentration unit of solutions, pure benzene is not a solution so this term is meaningless for a pure liquid. In other words: Molarity of a solution is a numerical way of saying exactly how much solute is dissolved in a solvent .Molarity is equal to the moles of solute divided by the liters of solution. Molarity of a solution can be calculated by using the following formula: M= moles of solute/liters of solution
35% of 720g:= 35% * 720= 0.35 * 720= 252g
The Molarity of H2O is dependent on temperature and pressure. Like any calculation of molar concentration it is the moles per liter. At 25oC and 1 atmosphere of pressure the density of water is 997.0479 g/L, and the molar mass of water is 18.01528 g/mol. This means there are 55.345 moles of H2O in 1 L of water, so it is 55.345 M.
1kg = 1000g720/1000 = 18/25Answer: 720g is 18/25 of 1kg.
The final volume of the solution is 375 mL (125 mL HCl + 250 mL water). As the water does not contribute to the molarity of the solution, the moles of HCl remain the same. Thus, the molarity of the final solution is 0.251 mol / (0.375 L) = 0.670 M.
About 720g.
The concentration of water is typically measured in terms of its molarity, which is equal to 55.5 mol/L at room temperature. In other terms, water makes up approximately 55.5 moles in a liter of pure water.
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In dilute solutions... ie closer a solution is to pure water the closer molality and molarity come to equalling each other. This is because the molality uses mass and molarity uses volume, the ratio of these two (mass and volume) is density, and water has the density of 1 therefore the mass and volume are equal to each other. THEREFORE calculating the molarity of water is the same as calculating the molality of water.
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