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Chart 1: : Boyle's Law Experment Helium: t = 50 °C 5.000 intercept: 1.599 L-atm slope: 0.0007 L 4.000 . Helium: t = 30 °C intercept: 1.500 L-atm slope: 0.0007 L 3.000 PV(L-atm) 2.000 曲d o Argon: t 30 °C intercept: 2.101 L-atm slope: -0.0012 L 1.000 5.00 10.00 15.00 P(atm) Argon: t= 50 °C intercept: 2.240 L-atm slope: -0.0009L close Calculations. Formula: N= intercept/RT

Chart 1: : Boyle's Law Experment Helium: t = 50 °C 5.000 intercept: 1.599 L-atm slope: 0.0007 L 4.000 . Helium: t = 30 °C intercept: 1.500 L-atm slope: 0.0007 L 3.000 PV(L-atm) 2.000 曲d o Argon: t 30 °C intercept: 2.101 L-atm slope: -0.0012 L 1.000 5.00 10.00 15.00 P(atm) Argon: t= 50 °C intercept: 2.240 L-atm slope: -0.0009L close Calculations. Formula: N= intercept/RT

Chemistry
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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Record the information about the lines you have generated.  Calculate the number of moles:
     (n = intercept / RT) for each set of data.

Chart 1: Boyle's Law Expenment · Helium: t = 50 °C intercept: 1.599 L-atm slope: 0.0007L 5.000 4.000 Helium: t = 30 °C 3.000 intercept: 1.500 L-atm slope: 0.0007 L PV(L-atm) * ** 2.000 謝d 。 Argon: t 30 °C intercept: 2.101 L-atm slope: -0.0012 L 1.000 5.00 10.00 15.00 P(atm) Argon: t = 50 °C intercept: 2.240 L-atm slope: -0.0009 L close Calculations: Formula: N= intercept/RT
Transcribed Image Text:Chart 1: Boyle's Law Expenment · Helium: t = 50 °C intercept: 1.599 L-atm slope: 0.0007L 5.000 4.000 Helium: t = 30 °C 3.000 intercept: 1.500 L-atm slope: 0.0007 L PV(L-atm) * ** 2.000 謝d 。 Argon: t 30 °C intercept: 2.101 L-atm slope: -0.0012 L 1.000 5.00 10.00 15.00 P(atm) Argon: t = 50 °C intercept: 2.240 L-atm slope: -0.0009 L close Calculations: Formula: N= intercept/RT
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