We obtain the value of the ebulloscopic increase of a solution with respect to the solvent. The measured boiling point for the solvent, with its absolute error, is 177±2°C; and that of the solution, 183±4°C. Indicate the statement that is correct.(A). From this experiment it is not possible to give a significant value for the ebulloscopic increase.(B). The ebulloscopic increase is 6±4°C.(C). The relative error in the measurement of the boiling temperature of the solution is twice the relative error in the measurement of the boiling temperature of the pure solvent.(D). The relative error of ebulloscopic magnification is, in round numbers, 2%.
We obtain the value of the ebulloscopic increase of a solution with respect to the solvent. The measured boiling point for the solvent, with its absolute error, is 177±2°C; and that of the solution, 183±4°C. Indicate the statement that is correct.(A). From this experiment it is not possible to give a significant value for the ebulloscopic increase.(B). The ebulloscopic increase is 6±4°C.(C). The relative error in the measurement of the boiling temperature of the solution is twice the relative error in the measurement of the boiling temperature of the pure solvent.(D). The relative error of ebulloscopic magnification is, in round numbers, 2%.
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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We obtain the value of the ebulloscopic increase of a solution with respect to the solvent. The measured boiling point for the solvent, with its absolute error, is 177±2°C; and that of the solution, 183±4°C. Indicate the statement that is correct.
(A). From this experiment it is not possible to give a significant value for the ebulloscopic increase.
(B). The ebulloscopic increase is 6±4°C.
(C). The relative error in the measurement of the boiling temperature of the solution is twice the relative error in the measurement of the boiling temperature of the pure solvent.
(D). The relative error of ebulloscopic magnification is, in round numbers, 2%.
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