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MA The S Pr Exploring the Properties of Gases. 1. For each of the four parts of the experiment, write an equation using the two variables and a proportionality constant, k (e.g., for Part I, P = k× V if direct, or P = k/V if inverse). Data Analysis %3D bns 2. Calculate the constant, k, for each of the four gas laws that you tested. This value can be an average for each of the data pairs in each part of the experiment. TABLE ११. ५० 295.1 Part I. Part II. Pressure and Volume Pressure and Absolute Temperature Temperature (K) 295.1 K a95.5 K २१४.३ x 300.2K 302.1k 304.2 K 306.1K 308.0K 310.0 K 312.1 K Volume (mL) 20.0 mL 19.0 mL 18.0 17.0mL 16.0mL 15.0mL 14.0mL 13.0m 148.19KPQ 12.0m4 11.0m 173.23 KPa Pressure (kPa) 99.40 kPa 99.44kPa 99.98 100.38HPa 100.78KPa 101.25 KPa 101.79 K Pa 102.20 KPa 102.58KPa 103.15 KPa Pressure (kPa) 99.0 kPa 104.15 KPa 109.15 KPa 115.38kPa 122.73xPd 129.07KPd 137.08kPa L 158.99 KPa Part III. Part IV. Volume and Pressure and Absolute Temperature Temperature (K) Volume (mL) 32K 318.4 K 314.5K 307.9K 297.9K 290.2 K Number of Molecules Number of Molecules Pressure (kPa) 104.20kPa 109.76 KPa 115.93 hPa 122.77 KPa 129.67 Kla 85ML 0.0 82.5mL 80 mL 15 mL 70 mL 10.0 20.0 30.0 40.0 50.0 165 mL 23

MA The S Pr Exploring the Properties of Gases. 1. For each of the four parts of the experiment, write an equation using the two variables and a proportionality constant, k (e.g., for Part I, P = k× V if direct, or P = k/V if inverse). Data Analysis %3D bns 2. Calculate the constant, k, for each of the four gas laws that you tested. This value can be an average for each of the data pairs in each part of the experiment. TABLE ११. ५० 295.1 Part I. Part II. Pressure and Volume Pressure and Absolute Temperature Temperature (K) 295.1 K a95.5 K २१४.३ x 300.2K 302.1k 304.2 K 306.1K 308.0K 310.0 K 312.1 K Volume (mL) 20.0 mL 19.0 mL 18.0 17.0mL 16.0mL 15.0mL 14.0mL 13.0m 148.19KPQ 12.0m4 11.0m 173.23 KPa Pressure (kPa) 99.40 kPa 99.44kPa 99.98 100.38HPa 100.78KPa 101.25 KPa 101.79 K Pa 102.20 KPa 102.58KPa 103.15 KPa Pressure (kPa) 99.0 kPa 104.15 KPa 109.15 KPa 115.38kPa 122.73xPd 129.07KPd 137.08kPa L 158.99 KPa Part III. Part IV. Volume and Pressure and Absolute Temperature Temperature (K) Volume (mL) 32K 318.4 K 314.5K 307.9K 297.9K 290.2 K Number of Molecules Number of Molecules Pressure (kPa) 104.20kPa 109.76 KPa 115.93 hPa 122.77 KPa 129.67 Kla 85ML 0.0 82.5mL 80 mL 15 mL 70 mL 10.0 20.0 30.0 40.0 50.0 165 mL 23

Introduction to General, Organic and Biochemistry
Introduction to General, Organic and Biochemistry
11th Edition
ISBN:9781285869759
Author:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Publisher:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Chapter5: Gases, Liquids, And Solids
Section: Chapter Questions
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MA The S Pr Exploring the Properties of Gases. 1. For each of the four parts of the experiment, write an equation using the two variables and a proportionality constant, k (e.g., for Part I, P = k× V if direct, or P = k/V if inverse). Data Analysis %3D bns 2. Calculate the constant, k, for each of the four gas laws that you tested. This value can be an average for each of the data pairs in each part of the experiment.
Transcribed Image Text:MA The S Pr Exploring the Properties of Gases. 1. For each of the four parts of the experiment, write an equation using the two variables and a proportionality constant, k (e.g., for Part I, P = k× V if direct, or P = k/V if inverse). Data Analysis %3D bns 2. Calculate the constant, k, for each of the four gas laws that you tested. This value can be an average for each of the data pairs in each part of the experiment.
TABLE ११. ५० 295.1 Part I. Part II. Pressure and Volume Pressure and Absolute Temperature Temperature (K) 295.1 K a95.5 K २१४.३ x 300.2K 302.1k 304.2 K 306.1K 308.0K 310.0 K 312.1 K Volume (mL) 20.0 mL 19.0 mL 18.0 17.0mL 16.0mL 15.0mL 14.0mL 13.0m 148.19KPQ 12.0m4 11.0m 173.23 KPa Pressure (kPa) 99.40 kPa 99.44kPa 99.98 100.38HPa 100.78KPa 101.25 KPa 101.79 K Pa 102.20 KPa 102.58KPa 103.15 KPa Pressure (kPa) 99.0 kPa 104.15 KPa 109.15 KPa 115.38kPa 122.73xPd 129.07KPd 137.08kPa L 158.99 KPa Part III. Part IV. Volume and Pressure and Absolute Temperature Temperature (K) Volume (mL) 32K 318.4 K 314.5K 307.9K 297.9K 290.2 K Number of Molecules Number of Molecules Pressure (kPa) 104.20kPa 109.76 KPa 115.93 hPa 122.77 KPa 129.67 Kla 85ML 0.0 82.5mL 80 mL 15 mL 70 mL 10.0 20.0 30.0 40.0 50.0 165 mL 23
Transcribed Image Text:TABLE ११. ५० 295.1 Part I. Part II. Pressure and Volume Pressure and Absolute Temperature Temperature (K) 295.1 K a95.5 K २१४.३ x 300.2K 302.1k 304.2 K 306.1K 308.0K 310.0 K 312.1 K Volume (mL) 20.0 mL 19.0 mL 18.0 17.0mL 16.0mL 15.0mL 14.0mL 13.0m 148.19KPQ 12.0m4 11.0m 173.23 KPa Pressure (kPa) 99.40 kPa 99.44kPa 99.98 100.38HPa 100.78KPa 101.25 KPa 101.79 K Pa 102.20 KPa 102.58KPa 103.15 KPa Pressure (kPa) 99.0 kPa 104.15 KPa 109.15 KPa 115.38kPa 122.73xPd 129.07KPd 137.08kPa L 158.99 KPa Part III. Part IV. Volume and Pressure and Absolute Temperature Temperature (K) Volume (mL) 32K 318.4 K 314.5K 307.9K 297.9K 290.2 K Number of Molecules Number of Molecules Pressure (kPa) 104.20kPa 109.76 KPa 115.93 hPa 122.77 KPa 129.67 Kla 85ML 0.0 82.5mL 80 mL 15 mL 70 mL 10.0 20.0 30.0 40.0 50.0 165 mL 23
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