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Activity 1. Complete the table below for aqueous solution of Cs H12Os (glucose) Mass Solute Moles Solute Volume of Molarity Solution A. 1.62 L 1.08 B. 12.5 219 ml C. 1.08 0.519

Activity 1. Complete the table below for aqueous solution of Cs H12Os (glucose) Mass Solute Moles Solute Volume of Molarity Solution A. 1.62 L 1.08 B. 12.5 219 ml C. 1.08 0.519

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Complete the table to prepare the given solutions with different
concentrations:

MAINHA Mis co MEe wan (a) (b) Figure 3. (a) In some areas, trace-level concentrations of contaminants can render unfiltered tap water unsafe for drinking and cooking. (b) Inline water filters reduce the concentration of solutes in tap water. (credit a: modification of work by Jenn Durfey; credit b: modification of work by "vastateparkstaff"/Wikimedia commons) D ACTIVITIES Activity 1. Complete the table below for aqueous solution of Cs H12O6 (glucose) Mass Solute Moles Solute Volume of Molarity Solution A. 1.62 L 1.08 B. 12.5 219 mL C. 1.08 0.519 Activity 2. Complete the table to prepare the given solutions with different concentrations: Solutions Volume Solute (if liquid Mass Solute Volume of Water to be added A. 5 % by volume , 25 mL HNO, solution NG PASIC OF PASIG ES73 B. 1.5 molar, 50 ml nitric acid solution C. 20%, 50 mL 11/ 14 NaCi solution Activity 3. Calculate the following solution concentrations: 1. How many grams of glucose (CH12 O6) would you need to prepare 2.0 L of 2% glucose solution (M/V) ? A commercial bleach solution contains 3.62 mass percent NaOCI in water.Calculate the molality of the solution. 2. A 3. A saline solution contains 0.90 g of Nacl per 100 ml of solution. What is its molarity? E WRAP-UP Complete the concept map below by filling up the boxes with the appropriate concepts using the linking words/ phrases as guide on how these concepts are related to one another. % by Mass concentrated molarity dilute MAYNHA KALA NOISIAI
Transcribed Image Text:MAINHA Mis co MEe wan (a) (b) Figure 3. (a) In some areas, trace-level concentrations of contaminants can render unfiltered tap water unsafe for drinking and cooking. (b) Inline water filters reduce the concentration of solutes in tap water. (credit a: modification of work by Jenn Durfey; credit b: modification of work by "vastateparkstaff"/Wikimedia commons) D ACTIVITIES Activity 1. Complete the table below for aqueous solution of Cs H12O6 (glucose) Mass Solute Moles Solute Volume of Molarity Solution A. 1.62 L 1.08 B. 12.5 219 mL C. 1.08 0.519 Activity 2. Complete the table to prepare the given solutions with different concentrations: Solutions Volume Solute (if liquid Mass Solute Volume of Water to be added A. 5 % by volume , 25 mL HNO, solution NG PASIC OF PASIG ES73 B. 1.5 molar, 50 ml nitric acid solution C. 20%, 50 mL 11/ 14 NaCi solution Activity 3. Calculate the following solution concentrations: 1. How many grams of glucose (CH12 O6) would you need to prepare 2.0 L of 2% glucose solution (M/V) ? A commercial bleach solution contains 3.62 mass percent NaOCI in water.Calculate the molality of the solution. 2. A 3. A saline solution contains 0.90 g of Nacl per 100 ml of solution. What is its molarity? E WRAP-UP Complete the concept map below by filling up the boxes with the appropriate concepts using the linking words/ phrases as guide on how these concepts are related to one another. % by Mass concentrated molarity dilute MAYNHA KALA NOISIAI
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