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C. Vapor pressure could be lowered as in part B above, or it could be increased by, for example, increasing the temperature. To study this effect on mercury, use the data given below to make the following three graphs: a) vapor pressure of mercury as a function of Kelvin temperature b) vapor pressure of mercury as a function of reciprocal Kelvin temperature c) natural logarithm of vapor pressure of mercury as a function of reciprocal Kelvin temperature Determine the slope and the intercept for any straight lines that are obtained, and write the equation for the straight line represented by any linear graphs. d) Use your linear graph(s) to predict the vapor pressure at 400.0 K. Temperature (K) Vapor Pressure (torr) 352 0.1003 372 0.3081 392 0.8419 412 2.083 432 4.729 452 9.931 472 19.52 492 36.28 512 64.19 532 108.7 552 177.1 572 278.6 EXPERIMENT Graphing 67

C. Vapor pressure could be lowered as in part B above, or it could be increased by, for example, increasing the temperature. To study this effect on mercury, use the data given below to make the following three graphs: a) vapor pressure of mercury as a function of Kelvin temperature b) vapor pressure of mercury as a function of reciprocal Kelvin temperature c) natural logarithm of vapor pressure of mercury as a function of reciprocal Kelvin temperature Determine the slope and the intercept for any straight lines that are obtained, and write the equation for the straight line represented by any linear graphs. d) Use your linear graph(s) to predict the vapor pressure at 400.0 K. Temperature (K) Vapor Pressure (torr) 352 0.1003 372 0.3081 392 0.8419 412 2.083 432 4.729 452 9.931 472 19.52 492 36.28 512 64.19 532 108.7 552 177.1 572 278.6 EXPERIMENT Graphing 67

Introductory Chemistry: An Active Learning Approach
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
Publisher:Mark S. Cracolice, Ed Peters
Chapter15: Gases,liquids, And Solids
Section: Chapter Questions
Problem 107E
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C. Vapor pressure could be lowered as in part B above, or it could be increased by, for example, increasing the temperature. To study this effect on mercury, use the data given below to make the following three graphs: a) vapor pressure of mercury as a function of Kelvin temperature b) vapor pressure of mercury as a function of reciprocal Kelvin temperature c) natural logarithm of vapor pressure of mercury as a function of reciprocal Kelvin temperature Determine the slope and the intercept for any straight lines that are obtained, and write the equation for the straight line represented by any linear graphs. d) Use your linear graph(s) to predict the vapor pressure at 400.0 K. Temperature (K) Vapor Pressure (torr) 352 0.1003 372 0.3081 392 0.8419 412 2.083 432 4.729 452 9.931 472 19.52 492 36.28 512 64.19 532 108.7 552 177.1 572 278.6 EXPERIMENT Graphing 67
Transcribed Image Text:C. Vapor pressure could be lowered as in part B above, or it could be increased by, for example, increasing the temperature. To study this effect on mercury, use the data given below to make the following three graphs: a) vapor pressure of mercury as a function of Kelvin temperature b) vapor pressure of mercury as a function of reciprocal Kelvin temperature c) natural logarithm of vapor pressure of mercury as a function of reciprocal Kelvin temperature Determine the slope and the intercept for any straight lines that are obtained, and write the equation for the straight line represented by any linear graphs. d) Use your linear graph(s) to predict the vapor pressure at 400.0 K. Temperature (K) Vapor Pressure (torr) 352 0.1003 372 0.3081 392 0.8419 412 2.083 432 4.729 452 9.931 472 19.52 492 36.28 512 64.19 532 108.7 552 177.1 572 278.6 EXPERIMENT Graphing 67
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