Temperature, T (°C) Volume in syringe, Vsyringe (mL) Total volume, V (mL) 21.5 45.50 227.50 30.0 52.06 234.06 37.0 57.47 239.47 40.0 59.78 241.78 50.0 67.50 249.50 60.0 75.22 257.22 80.0 90.66 272.66 Create a graph of the data with the temperature, in degrees Celsius, on the x-axis and the total volume, in milliliters, on the y-axis. Remember that the total volume includes both the volume in the flask and the volume in the syringe. Include the trendline, with its slope and y-intercept, on your graph. Record the slope and intercept from the trendline. slope: y-intercept: Use the trendline to determine the value of absolute zero in degrees Celsius. mL/°C mL
Temperature, T (°C) Volume in syringe, Vsyringe (mL) Total volume, V (mL) 21.5 45.50 227.50 30.0 52.06 234.06 37.0 57.47 239.47 40.0 59.78 241.78 50.0 67.50 249.50 60.0 75.22 257.22 80.0 90.66 272.66 Create a graph of the data with the temperature, in degrees Celsius, on the x-axis and the total volume, in milliliters, on the y-axis. Remember that the total volume includes both the volume in the flask and the volume in the syringe. Include the trendline, with its slope and y-intercept, on your graph. Record the slope and intercept from the trendline. slope: y-intercept: Use the trendline to determine the value of absolute zero in degrees Celsius. mL/°C mL
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter5: Gases
Section: Chapter Questions
Problem 5.107PAE: 107 A soft drink can’s label indicates that the volume of the soda it contains is 12 oz or 355 mL....
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