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Osmolarity calculations solute moles of solute 2.40 moles KCI KCI KCI KCI glucose C6H12O6 glucose C6H12O6 glucose C6H12O6 0.050 moles 1.50 moles osmoles of solute grams of solute 1.5 g 0.892 g 1.17 g volume of solution 0.600 L 0.750 L 0.375 L Concentration (Osmolar = osmole/L) 1.00 osmolar 0.150 osmolar 1.22 osmolar 0.0100 osmolar 0.0750 osmolar

Osmolarity calculations solute moles of solute 2.40 moles KCI KCI KCI KCI glucose C6H12O6 glucose C6H12O6 glucose C6H12O6 0.050 moles 1.50 moles osmoles of solute grams of solute 1.5 g 0.892 g 1.17 g volume of solution 0.600 L 0.750 L 0.375 L Concentration (Osmolar = osmole/L) 1.00 osmolar 0.150 osmolar 1.22 osmolar 0.0100 osmolar 0.0750 osmolar

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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I need help with the osmolarity. I struggle with this chart

**Osmolarity Calculations** | Solute | Moles of Solute | Osmoles of Solute | Grams of Solute | Volume of Solution | Concentration (Osmolar = osmole/L) | |----------------------|----------------|------------------|----------------|-------------------|-----------------------------------| | KCl | 2.40 moles | | | 0.600 L | | | KCl | | | 1.5 g | 0.750 L | | | KCl | 0.050 moles | | | | 1.00 osmolar | | KCl | | | 0.892 g | | 0.150 osmolar | | Glucose C₆H₁₂O₆ | 1.50 moles | | | | 1.22 osmolar | | Glucose C₆H₁₂O₆ | | | 1.17 g | | 0.0100 osmolar | | Glucose C₆H₁₂O₆ | | | | 0.375 L | 0.0750 osmolar | ### Explanation This table provides a series of osmolarity calculations for two solutes: potassium chloride (KCl) and glucose (C₆H₁₂O₆). Key components of the table include: - **Moles of Solute:** The quantity of substance in terms of moles for each given condition. - **Grams of Solute:** Mass of the solute, provided where applicable. - **Volume of Solution:** The volume in liters in which the solute is dissolved. - **Concentration:** The osmolar concentration, defining solute concentration as osmoles per liter. This information is useful for understanding the preparation of solutions with specific osmolar concentrations in a laboratory or educational setting.
Transcribed Image Text:**Osmolarity Calculations** | Solute | Moles of Solute | Osmoles of Solute | Grams of Solute | Volume of Solution | Concentration (Osmolar = osmole/L) | |----------------------|----------------|------------------|----------------|-------------------|-----------------------------------| | KCl | 2.40 moles | | | 0.600 L | | | KCl | | | 1.5 g | 0.750 L | | | KCl | 0.050 moles | | | | 1.00 osmolar | | KCl | | | 0.892 g | | 0.150 osmolar | | Glucose C₆H₁₂O₆ | 1.50 moles | | | | 1.22 osmolar | | Glucose C₆H₁₂O₆ | | | 1.17 g | | 0.0100 osmolar | | Glucose C₆H₁₂O₆ | | | | 0.375 L | 0.0750 osmolar | ### Explanation This table provides a series of osmolarity calculations for two solutes: potassium chloride (KCl) and glucose (C₆H₁₂O₆). Key components of the table include: - **Moles of Solute:** The quantity of substance in terms of moles for each given condition. - **Grams of Solute:** Mass of the solute, provided where applicable. - **Volume of Solution:** The volume in liters in which the solute is dissolved. - **Concentration:** The osmolar concentration, defining solute concentration as osmoles per liter. This information is useful for understanding the preparation of solutions with specific osmolar concentrations in a laboratory or educational setting.
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