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• Normal boiling point of carbon tetrachloride is 76.8 °C a. Calculate the boiling point of a solution made by mixing 25.56 grams of solid iodine with 250 ml carbon tetrachloride. (Show all work) b. Calculate the boiling point of a solution made by mixing 25.56 grams of solid naphthalene (C10H8) with 250 ml carbon tetrachloride. (Show all work). a. dasie Cly I S14 glml cely mass 14260m InL 4.954(/m l 25.06g l2) 253. flgimal 1.396kg 59 U59 76.3 79 1'C Same a1 above 4.95x 255 121 174 2.니43 14glmole. 741'4 2.943= 9 19 c. In referring back to the introduction, does this calculation support or refute the statement "Some properties of the solvent are changed only by the number of solute particles present, without regard to the particular chemical nature of the solute"? Explain.

• Normal boiling point of carbon tetrachloride is 76.8 °C a. Calculate the boiling point of a solution made by mixing 25.56 grams of solid iodine with 250 ml carbon tetrachloride. (Show all work) b. Calculate the boiling point of a solution made by mixing 25.56 grams of solid naphthalene (C10H8) with 250 ml carbon tetrachloride. (Show all work). a. dasie Cly I S14 glml cely mass 14260m InL 4.954(/m l 25.06g l2) 253. flgimal 1.396kg 59 U59 76.3 79 1'C Same a1 above 4.95x 255 121 174 2.니43 14glmole. 741'4 2.943= 9 19 c. In referring back to the introduction, does this calculation support or refute the statement "Some properties of the solvent are changed only by the number of solute particles present, without regard to the particular chemical nature of the solute"? Explain.

Chemistry
Chemistry
10th Edition
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
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Course: CHM.Q14001-22SP Ge X 4 Shared with me - Google Drive x E Exp. 7 A&D - Google Docs G . In referring back to th em/document/d/Kg1dODP5kkUosmV5gK5IMtKIT4hK2CJglLO3nZOtGnU/edit ed From Fir. M HBO Max at Tools Add-ons Help Last edit was Unsupported image type. Dismiss rmal text + BIU E= E -E - E E X Arial 11 1 .| I2 I I3 I · I4 II I5 III I 6 II 7 Boiling point elevation constant of carbon tetrachloride is 4.95 °C/m • Normal boiling point of carbon tetrachloride is 76.8 °C a. Calculate the boiling point of a solution made by mixing 25.56 grams of solid iodine with 250 ml carbon tetrachloride. (Show all work) b. Calculate the boiling point of a solution made by mixing 25.56 grams of solid naphthalene (C10H8) with 250 ml carbon tetrachloride. (Show all work). a. das i Cy 1514 glml cely mass 15744 260 me IML %3D 4.95 C/m ( 25.6ug l2) 253. 8lg/mol Y.596kg 1259 259• 76.5 79.1'C b. Same as above - 4.95 x 25.5 129.174glmols.39 e : 2.493 76.9'42.943 =b9 19 c. In referring back to the introduction, does this calculation support or refute the statement "Some properties of the solvent are changed only by the number of solute particles present, without regard to the particular chemical nature of the solute"? Explain. MacBook Pro Ya And
Transcribed Image Text:Course: CHM.Q14001-22SP Ge X 4 Shared with me - Google Drive x E Exp. 7 A&D - Google Docs G . In referring back to th em/document/d/Kg1dODP5kkUosmV5gK5IMtKIT4hK2CJglLO3nZOtGnU/edit ed From Fir. M HBO Max at Tools Add-ons Help Last edit was Unsupported image type. Dismiss rmal text + BIU E= E -E - E E X Arial 11 1 .| I2 I I3 I · I4 II I5 III I 6 II 7 Boiling point elevation constant of carbon tetrachloride is 4.95 °C/m • Normal boiling point of carbon tetrachloride is 76.8 °C a. Calculate the boiling point of a solution made by mixing 25.56 grams of solid iodine with 250 ml carbon tetrachloride. (Show all work) b. Calculate the boiling point of a solution made by mixing 25.56 grams of solid naphthalene (C10H8) with 250 ml carbon tetrachloride. (Show all work). a. das i Cy 1514 glml cely mass 15744 260 me IML %3D 4.95 C/m ( 25.6ug l2) 253. 8lg/mol Y.596kg 1259 259• 76.5 79.1'C b. Same as above - 4.95 x 25.5 129.174glmols.39 e : 2.493 76.9'42.943 =b9 19 c. In referring back to the introduction, does this calculation support or refute the statement "Some properties of the solvent are changed only by the number of solute particles present, without regard to the particular chemical nature of the solute"? Explain. MacBook Pro Ya And
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