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0.98 g of naphthalene (a non-electrolyte) is dissolved in 21.40 g of cyclohexane (solvent). The freezing point (T) of the solution was 2.98 °C. Calculate the MW of naphthalene in g/mol. NOTE! Report your answer as a WHOLE # and exclude the units in your answer. Tf of cyclohexane = 6.60 °C Kf of cyclohexane = 20.0°C/m

0.98 g of naphthalene (a non-electrolyte) is dissolved in 21.40 g of cyclohexane (solvent). The freezing point (T) of the solution was 2.98 °C. Calculate the MW of naphthalene in g/mol. NOTE! Report your answer as a WHOLE # and exclude the units in your answer. Tf of cyclohexane = 6.60 °C Kf of cyclohexane = 20.0°C/m

Chemistry: Principles and Practice
Chemistry: Principles and Practice
3rd Edition
ISBN:9780534420123
Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Chapter12: Solutions
Section: Chapter Questions
Problem 12.61QE
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0.98 g of naphthalene (a non-electrolyte) is dissolved in 21.40 g of cyclohexane (solvent). The freezing point (T) of the solution was 2.98 °C. Calculate the MW of naphthalene in g/mol. NOTE! Report your answer as a WHOLE # and exclude the units in your answer. Tf of cyclohexane = 6.60 °C Kf of cyclohexane = 20.0 °C/m
Transcribed Image Text:0.98 g of naphthalene (a non-electrolyte) is dissolved in 21.40 g of cyclohexane (solvent). The freezing point (T) of the solution was 2.98 °C. Calculate the MW of naphthalene in g/mol. NOTE! Report your answer as a WHOLE # and exclude the units in your answer. Tf of cyclohexane = 6.60 °C Kf of cyclohexane = 20.0 °C/m
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