Solution A contains 20 g of sodium chloride, NaCl, dissolved in 200 mL of water. Solution B has 40 g of sodium chloride dissolved in 200 mL of water. a. Which solution will have the highest boiling point? b. 50 mL of Solution A is placed in a section of semipermeable dialysis tubing and then sealed. The tube is placed in a beaker containing the 200 mL of Solution B. After a period of time, the boiling points of the solutions inside and outside the dialysis tube are determined. How will the boiling point of each solution have changed from its original boiling point? Explain
Solution A contains 20 g of sodium chloride, NaCl, dissolved in 200 mL of water. Solution B has 40 g of sodium chloride
dissolved in 200 mL of water.
a. Which solution will have the highest boiling point?
b. 50 mL of Solution A is placed in a section of semipermeable dialysis tubing and then sealed. The tube is placed in a
beaker containing the 200 mL of Solution B. After a period of time, the boiling points of the solutions inside and outside the dialysis tube are determined.
How will the boiling point of each solution have changed from its original boiling point? Explain
Solute is the salt or any other compound which is dissolved in the solvent. Solute and solvent yield a solution. Solvent molecules are greater than the solvent. Water, alcohol, oil and ether are solvents. Sodium chloride and sugar are solutes. The molarity of solutes affects the physical properties of the solution.
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