Moles of Mg consumed, n Oml Oml Oml B. Initial eudiometer volume, mL 69.02ml 67.045ml 68.049ml 4. Final eudiometer volume, mL 0.6902L 0.67045L 0.68049L 5. Volume of gas, L 21.3c/294 45k 21.3c/294.45k 21.4c/294.55k 6. Temperature, °C | K 704.34mmhg 704.34mmhg 704.34mmhg 7. Barometric Pressure, mmHg 18.93mmhg 19.068mmhg 19.2mmhg 8. Vapor pressure of water, mmHg 0.0025% 685 41mm 685.41mm 9. Partial pressure H2, mmHg|atm 0.08166molk/latm 0.80383Latmmolk 0.0779Latm/m0lk 10. Rexperimental, L atm/ mol K 11. Average Experimental R value 12. Deviation from the Average 13. Average Deviation 14.% Average Deviation 15. Error Rexp - Rtheol %3D 16.% Relative Error
Moles of Mg consumed, n Oml Oml Oml B. Initial eudiometer volume, mL 69.02ml 67.045ml 68.049ml 4. Final eudiometer volume, mL 0.6902L 0.67045L 0.68049L 5. Volume of gas, L 21.3c/294 45k 21.3c/294.45k 21.4c/294.55k 6. Temperature, °C | K 704.34mmhg 704.34mmhg 704.34mmhg 7. Barometric Pressure, mmHg 18.93mmhg 19.068mmhg 19.2mmhg 8. Vapor pressure of water, mmHg 0.0025% 685 41mm 685.41mm 9. Partial pressure H2, mmHg|atm 0.08166molk/latm 0.80383Latmmolk 0.0779Latm/m0lk 10. Rexperimental, L atm/ mol K 11. Average Experimental R value 12. Deviation from the Average 13. Average Deviation 14.% Average Deviation 15. Error Rexp - Rtheol %3D 16.% Relative Error
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 11-16 with the given information for trial 1,2, and 3
Transcribed Image Text:1 / 2
100%
0.00259mol
0.002625mol
0.00267mol
2. Moles of Mg consumed, n
Oml
Oml
Oml
3. Initial eudiometer volume, mL
69.02ml
67.045ml
68.049ml
4. Final eudiometer volume, mL
0.6902L
0.67045L
0.68049L
5. Volume of gas, L
21.3c/294 45k
21.3c/294.45k
21.4c/294.55k
6. Temperature, °C | K
704.34mmhg
704.34mmhg
704.34mmhg
7. Barometric Pressure, mmHg
18.93mmhg
19.068mmhg
19.2mmhg
8. Vapor pressure of water, mmHg
685.41mm
0.00259
685.41mm
9. Partial pressure H2, mmHg|atm
0.08166molk/latm
0.80383Latm/molk
0.0779Latm/m0lk
10. Rexperimental, L atm/ mol K
11. Average Experimental R value
12. Deviation from the Average
13. Average Deviation
14.% Average Deviation
15. Error = Rexp - Rtheol
16.% Relative Error
Transcribed Image Text:Trial 1
Trial 2
Trial 3
0.063g
0.063g
0.065g
1. Mass of Mg consumed, g
0.002625mol
0.00267mol
0,00259mol
2. Moles of Mg consumed, n
Oml
Oml
Oml
3. Initial eudiometer volume, mL
69.02ml
67.045ml
68.049ml
4. Final eudiometer volume, mL
0.69021
0.670451
0.680491.
5. Volume of gas, L
21.3c/294 45k
21.3c/294.45k
21.4c/294.55k
6. Temperature, °C | K
704.34mmhg
704.34mmhg
704.34mmhg
1. Barometric Pressure, mmHg
18.93mmhg
19.068mmhg
19.2mmhg
8. Vapor pressure of water, mmHg
0.00259
685.41mm
685.41mm
9. Partial pressure H2, mmHg|atm
0.08166molk/latm
0 80383Latni/molk
0.07791.atm/mOlk
10. Rexperimental, L atm/ mol K
11. Average Experimental R value
12. Deviation from the Average
13. Average Deviation
14.% Average Deviation
12
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