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a) Calculate the amount of sodium chloride required to prepare 40 mL of a concentrated solution so that when it is diluted 1 in 20 with water, the resulting solution is isotonic. Sodium chloride AT1% = 0.576 %D (using freezing point depression formula ΔΤΑ- ΔΤ1%xC) b. Give the freezing point depression for the concentrated solution. c. Indicate how the concentrated solution is prepared (eg. order of addition) to achieve the correct concentration.

a) Calculate the amount of sodium chloride required to prepare 40 mL of a concentrated solution so that when it is diluted 1 in 20 with water, the resulting solution is isotonic. Sodium chloride AT1% = 0.576 %D (using freezing point depression formula ΔΤΑ- ΔΤ1%xC) b. Give the freezing point depression for the concentrated solution. c. Indicate how the concentrated solution is prepared (eg. order of addition) to achieve the correct concentration.

Chemistry
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Chemistry a) Calculate the amount of sodium chloride required to prepare 40 mL of a concentrated solution so that when it is diluted 1 in 20 with water, the resulting solution is isotonic. Sodium chloride AT1% = 0.576 (using freezing point depression formula ATA= AT1%xC) b. Give the freezing point depression for the concentrated solution. c. Indicate how the concentrated solution is prepared (eg. order of addition) to achieve the correct concentration.
Transcribed Image Text:Chemistry a) Calculate the amount of sodium chloride required to prepare 40 mL of a concentrated solution so that when it is diluted 1 in 20 with water, the resulting solution is isotonic. Sodium chloride AT1% = 0.576 (using freezing point depression formula ATA= AT1%xC) b. Give the freezing point depression for the concentrated solution. c. Indicate how the concentrated solution is prepared (eg. order of addition) to achieve the correct concentration.
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