Using both images attached please do all the calculations in the image attached Calculations123345678910111213141516mass solvent (H₂O) =molsolute = massMsolutionFind the molality of the solution (from Part C):mass solute (NaCl) =molar mass solute (NaCl):molar mass2345= molsolutekgsolvent6789101112131415AT IK Msolution=-9.6°C-10°CCalculate van't Hoff factor (i):-11°C- 11.5°CggkgCalculate the change in temperature (FP Depression):AT= FP solvent-FP solutiong/molFP solvent from Data Table BFP= from Data Table CsolutionK₁ = 1.80°Ckg/molAT = from step 2msolution = from step 1 Exp3: Calculation of van't Hoff factor(i) using Freezing Point DepressionData Table A(The temperature should reach atleast -10°C)Time (min)05101520#12345Data Table B(Continue recording data till the temperature is constant for atleast2 minutes at 0°C)FP solvent(It should be 0°C)FP.mass of dl water#12345678910111213141516=Time (min)012345678910111213141512Data Table C(Continue recording data till the temperature is constant ~ -14°C)(It should be 14°C)solutionTemperature (°C)-5°C-10°C10gUTemperature (°C)3°C1°C0°℃mass of watermass of crystalline NaCl 1.002g#Time (min)01Temperature (°C)5°℃3°C

It is observed that the freezing point of a solvent decreases upon adding more solvent particles to…

Calculations 1 Find the molality of the solution (from Part C): mass solute (NaCl ) = mass solvent (H₂O) = 2 3 molar mass solute (NaCl) = molsolute = mass molar mass msolution = molsolute kgsolvent Calculate van't Hoff factor (i): 8 AT = ik, msolution g kg Calculate the change in temperature (FP Depression): AT = FP solvent - FP solution g/mol FP Psolvent from Data Table B FP = Psolution from Data Table C K₁= 1.80°Ckg/mol AT from step 2 msolution from step 1

Calculations 1 Find the molality of the solution (from Part C): mass solute (NaCl ) = mass solvent (H₂O) = 2 3 molar mass solute (NaCl) = molsolute = mass molar mass msolution = molsolute kgsolvent Calculate van't Hoff factor (i): 8 AT = ik, msolution g kg Calculate the change in temperature (FP Depression): AT = FP solvent - FP solution g/mol FP Psolvent from Data Table B FP = Psolution from Data Table C K₁= 1.80°Ckg/mol AT from step 2 msolution from step 1

Chemistry & Chemical Reactivity

10th Edition

ISBN:9781337399074

Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel

Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel

Chapter13: Solutions And Their Behavior

Section: Chapter Questions

Problem 106SCQ

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