d) A stock solution of potassium hydroxide, KOH, is 1 mol dm³. X cm³ aliquot of this solution is added to approximately 200.0 cm³ of water in a volumetric flask and the volume of the solution is made up with water to 250 cm³. What is the value of X if the final concentration is 0.05 mol dm³?

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d) A stock solution of potassium hydroxide, KOH, is 1 mol dm³3. X cm³ aliquot of this
solution is added to approximately 200.0 cm³ of water in a volumetric flask and the
volume of the solution is made up with water to 250 cm³. What is the value of X if the
final concentration is 0.05 mol dm3?
e) The volume of 0.06 mol dm³ KCl solution is reduced from 340 mL to 200 mL by
boiling off some of the water. What is the molarity of the new solution?
f) What is the volume of concentrated HCl, 37 % by mass and 1.19 g dm3, required to
make 5 L of a 6.0 mol dm³?
What is the volume of this 6.0 mol dm3 solution required to react stoichiometrically
with 12.0 g of N22CO3?
Transcribed Image Text:d) A stock solution of potassium hydroxide, KOH, is 1 mol dm³3. X cm³ aliquot of this solution is added to approximately 200.0 cm³ of water in a volumetric flask and the volume of the solution is made up with water to 250 cm³. What is the value of X if the final concentration is 0.05 mol dm3? e) The volume of 0.06 mol dm³ KCl solution is reduced from 340 mL to 200 mL by boiling off some of the water. What is the molarity of the new solution? f) What is the volume of concentrated HCl, 37 % by mass and 1.19 g dm3, required to make 5 L of a 6.0 mol dm³? What is the volume of this 6.0 mol dm3 solution required to react stoichiometrically with 12.0 g of N22CO3?
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