Not 100%, yet I think it would certainly be 0.0013 since the equation for Molarity is mole of solute(Mol)/ Liters the solution(L)

You are watching: What is the molarity of a solution containing 0.325 moles of solute in 250 ml of solution?

1.0 mol/dm3

Explanation:

Given that:

Amount of mole = 0.25 moles

Volume = 250 millliters that solution

Convert milliliters come liters

If 1000 milliliters = 1 liter

250 milliliters = (250/1000) = 0.25 L

Recall the 1 liter = 1dm3

so, 0.25 liters = 0.25 dm3

Now, molarity is calculated by dividing the quantity of a substance by the volume the the solution.

i.e Molarity = (Amount in moles/volume in dm3)

Molarity = (0.25 mole / 0.25 dm3)

= 1.0 mol/dm3

Thus, the molarity of the systems is 1.0 mol/dm3

1/3 M

Explanation:

Molarity is characterized as moles every liter:

(0.25 moles)/(0.75 liters) = 1/3 moles/liter = 1/3 M

Molarity have the right to be characterized as the variety of moles that solute in 1 together of solution.M = n/VWhere M is the molarity the the equipment (M or mol/L), n is the moles of the solute (mol) and V is the volume that the solution (L).Here, solute is KF.n = 0.250 molV = 0.500 LM = ?By applying the formula, M = 0.250 mol / 0.500 together M = 0.500 mol/LHence, the molarity that KF equipment is 0.500 mol/L.  7. Using your knowledge of colligative properties describe whether sodium chloride or calcium chloride would be a an ext effective problem to melt the ice cream on a slick sidewalk. Usage 3 – 4 sentences in her explanation. 8. As soon as a 2.5 mol of street (c12h22o11) are added to a certain amount the water the boiling point is increased by 1 celsius degree. If 2.5 mol that aluminum nitrate is added to the same amount of water, by exactly how much will the boiling suggest be changed? show all calculations causing your prize or usage 3 – 4 sentences to describe your answer. 9. If 5.40 kcal of warmth is added to 1.00 kg of water in ~ 100⁰c, how much vapor at 100⁰c is produced? show all calculations resulting in an answer. 10. The freezing of water at 0⁰c can be represented as follows: h2o (l) ↔ h2o(s) the thickness of liquid water is 1.00 g/cm3. The thickness of ice cream is 0.92 g/cm3. In 3 – 4 sentences explain why applying pressure causes ice come melt.