Complete the following table. Calculate the vapor pressure, mm Hg, for each run. Vapor pressure, Pvapor = Pequil - Pinitial. Run T, °C Pinitial, mmHg Pequil, mm Hg Pvapor, mm Hg 1 11.9 736.8 750.4 19.5 736.6 757.7 3 28.4 736.7 771.2 4 36.3 736.7 789.2 Enter T and Pvapor from the preceding table in the following table. Complete the table by calculating the temperature in degrees Kelvin, the inverse of the temperature in degrees Kelvin, K', and the natural logarithm of the vapor pressure, In(Pvapor), for each run. Report and T' In(Pvapor) to one more significant digit than allowed by the rules for significant digits. Т, к 1 K-1 In(Pvapor) Run T, °C Pvapor, mm Hg 1 2 4 Use Excel to construct a graph of the natural logarithm of the measured vapor pressure, 1 In(Pvapor), versus - where T is the average Kelvin temperature using the data from the four vapor

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Complete the following table. Calculate the vapor pressure, mm Hg, for each run. Vapor
pressure, Pvapor = Pequil - Pinitial.

Enter T and Pvapor from the preceding table in the following table. Complete the table by calculating the temperature in degrees Kelvin, the inverse of the temperature in degrees Kelvin,

construct a graph of the natural logarithm of the measured vapor pressure,
ln(Pvapor), versus
1
T
where T is the average Kelvin temperature using the data from the four vapor pressure determinations.

Complete the following table. Calculate the vapor pressure, mm Hg, for each run. Vapor
pressure, Pvapor = Pequil - Pinitial-
Run
T, °C
Pinitial, mmHg
Pequil, mm Hg
Pvapor, mm Hg
1
11.9
736.8
750.4
2
19.5
736.6
757.7
3
28.4
736.7
771.2
4
36.3
736.7
789.2
Enter T and Pvapor from the preceding table in the following table. Complete the table by
calculating the temperature in degrees Kelvin, the inverse of the temperature in degrees Kelvin,
-, K', and the natural logarithm of the vapor pressure, In(Pvapor), for each run. Report - and
T'
In(Pvapor) to one more significant digit than allowed by the rules for significant digits.
1
Run
T, °C
Т, К
Pvapor, mm Hg
In(Pvapor)
1
2
3
4
Use Excel to construct a graph of the natural logarithm of the measured vapor pressure,
In(Pvapor), versus
: where T is the average Kelvin temperature using the data from the four vapor
Transcribed Image Text:Complete the following table. Calculate the vapor pressure, mm Hg, for each run. Vapor pressure, Pvapor = Pequil - Pinitial- Run T, °C Pinitial, mmHg Pequil, mm Hg Pvapor, mm Hg 1 11.9 736.8 750.4 2 19.5 736.6 757.7 3 28.4 736.7 771.2 4 36.3 736.7 789.2 Enter T and Pvapor from the preceding table in the following table. Complete the table by calculating the temperature in degrees Kelvin, the inverse of the temperature in degrees Kelvin, -, K', and the natural logarithm of the vapor pressure, In(Pvapor), for each run. Report - and T' In(Pvapor) to one more significant digit than allowed by the rules for significant digits. 1 Run T, °C Т, К Pvapor, mm Hg In(Pvapor) 1 2 3 4 Use Excel to construct a graph of the natural logarithm of the measured vapor pressure, In(Pvapor), versus : where T is the average Kelvin temperature using the data from the four vapor
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