1. Mass of flask, foil, rubber band 66.3842_ g 2. Temperature of boiling water 95.60 wou 3. Barometric Pressure 27.00 in Hg → _0.902. atm 27 inHg (2.54cm/1in) (10mm/1cm) (latm/760mmHg) = 0.902 4. Mass of flask, foil, rubber band, condensed liquid 66.7759_ g 5. Mass of condensed liquid 66.7759 – 66.3842 _0.3917 6. Volume of flask 152.5 mL 7. Molar mass of vapor (show calculations) g/mol

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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Find molar mass of vapor for given

1. Mass of flask, foil, rubber band
66.3842_g
2. Temperature of boiling water
95.60 C
3. Barometric Pressure
27.00
in Hg → _0.902
atm
27 inHg (2.54cm/lin) (10mm/1cm) (latm/760mmHg) = 0.902
4. Mass of flask, foil, rubber band, condensed liquid
66.7759_g
5. Mass of condensed liquid
0.3917
66.7759 – 66.3842
6. Volume of flask
152.5 mL
7. Molar mass of vapor (show calculations)
g/mol
Transcribed Image Text:1. Mass of flask, foil, rubber band 66.3842_g 2. Temperature of boiling water 95.60 C 3. Barometric Pressure 27.00 in Hg → _0.902 atm 27 inHg (2.54cm/lin) (10mm/1cm) (latm/760mmHg) = 0.902 4. Mass of flask, foil, rubber band, condensed liquid 66.7759_g 5. Mass of condensed liquid 0.3917 66.7759 – 66.3842 6. Volume of flask 152.5 mL 7. Molar mass of vapor (show calculations) g/mol
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