Chem Lab 6 (2) - A rghaya Dalapati I2 Conclusion The...

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Arghaya Dalapati I2 Conclusion The purpose of Part A of the experiment was to determine the ideal gas constant R, .08206 L atm/mol K, through experimentation. There were .025 grams ( 9.20E-04 moles) were reacted with NaOH in a burette to generate hydrogen gas, which will be reacted to generate the gas constant R. When the experiment was first started the Initial Volume of the burette was 45.70 mL, and after experimentation the Final Volume was 11.80 mL, thus .034 Liters. From basic stoichiometry, it was founded that from 9.20E-04 moles of Aluminum, 1.38E-03 Moles of Hydrogen were created. The room pressure was found to be 29.03 inHG, which convered to .97 atm. The room pressure is unquie since it contains all the partial pressure of hydrogen gas, air and water vapor. The partial pressure of Air can be assumed negligible since it is so small, but the partial pressure of water vapor has to be considered. The room temperature was founded to be 20.00 thus the pressure of water in ATM was determined to be .02. Thus the “real” or “corrected” pressure of is equal to .950, which is equal to the total room pressure minus
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This note was uploaded on 03/08/2010 for the course CHEMISTRY 1310 taught by Professor Williams during the Spring '10 term at Georgia Institute of Technology.

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Chem Lab 6 (2) - A rghaya Dalapati I2 Conclusion The...

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