1. Temperature (room) 2. Atmospheric Pressure 3. Density of dry air 4. Mass of flask + air + stopper 5. Mass of flask + gas + stopper 6. Volume of flask (from grad cylinder)_295____ mL 7. Mass of air (density of air x volume of flask) Calculation: 8. Mass of EMPTY flask + stopper _24.3___"C [mass of flask + air + stopper] - [mass of air] 9. Mass of gas 29.80 mm Hg 11. Molar mass of gas Calculation: 10. Density of gas [mass of gas/volume of gas] Calculation: Calculation: 12. Molar mass of methane (CH₂) (from periodic table) 13. Percent Error __297.45__ K 0.997 1.161 g/L 0.078 g [mass of flask + gas + stopper] - [mass of EMPTY flask + stopper] 168.282 g 168.28g 0.295 L 0.342_8 167.95g 0.0264 atm (show Calc): __16.0425 g/mol
1. Temperature (room) 2. Atmospheric Pressure 3. Density of dry air 4. Mass of flask + air + stopper 5. Mass of flask + gas + stopper 6. Volume of flask (from grad cylinder)_295____ mL 7. Mass of air (density of air x volume of flask) Calculation: 8. Mass of EMPTY flask + stopper _24.3___"C [mass of flask + air + stopper] - [mass of air] 9. Mass of gas 29.80 mm Hg 11. Molar mass of gas Calculation: 10. Density of gas [mass of gas/volume of gas] Calculation: Calculation: 12. Molar mass of methane (CH₂) (from periodic table) 13. Percent Error __297.45__ K 0.997 1.161 g/L 0.078 g [mass of flask + gas + stopper] - [mass of EMPTY flask + stopper] 168.282 g 168.28g 0.295 L 0.342_8 167.95g 0.0264 atm (show Calc): __16.0425 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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I need help in calculation of 11 and 13
![Part B: Molar Mass of Methane
1. Temperature (room)
2. Atmospheric Pressure
3. Density of dry air
4. Mass of flask + air + stopper
5. Mass of flask + gas + stopper
6. Volume of flask (from grad cylinder) 295
7. Mass of air (density of air x volume of flask)
Calculation:
8. Mass of EMPTY flask + stopper
24.3
9. Mass of gas
29.80
[mass of flask + air + stopper] - [mass of air]
11. Molar mass of gas
Calculation:
10. Density of gas [mass of gas/volume of gas]
Calculation:
13. Percent Error
Calculation:
mm Hg
°C
mL
12. Molar mass of methane (CH4) (from periodic table)
_297.45___ K
0.997 atm (show Calc):
1.161 g/L
0.078 g
[mass of flask + gas + stopper] - [mass of EMPTY flask + stopper]
__168.282 g
168.28g
0.295 L
0.342_g
167.95g
0.0264
16.0425 g/mol](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F72faed71-bfd7-418a-abba-cfc590c619cd%2Fc2527c0a-8adc-4b68-8204-aac7f97424f2%2F963q8z_processed.png&w=3840&q=75)
Transcribed Image Text:Part B: Molar Mass of Methane
1. Temperature (room)
2. Atmospheric Pressure
3. Density of dry air
4. Mass of flask + air + stopper
5. Mass of flask + gas + stopper
6. Volume of flask (from grad cylinder) 295
7. Mass of air (density of air x volume of flask)
Calculation:
8. Mass of EMPTY flask + stopper
24.3
9. Mass of gas
29.80
[mass of flask + air + stopper] - [mass of air]
11. Molar mass of gas
Calculation:
10. Density of gas [mass of gas/volume of gas]
Calculation:
13. Percent Error
Calculation:
mm Hg
°C
mL
12. Molar mass of methane (CH4) (from periodic table)
_297.45___ K
0.997 atm (show Calc):
1.161 g/L
0.078 g
[mass of flask + gas + stopper] - [mass of EMPTY flask + stopper]
__168.282 g
168.28g
0.295 L
0.342_g
167.95g
0.0264
16.0425 g/mol
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