Lab 2 - exercise 3 - a gas equation model

Lab 2 - exercise 3 - a gas equation model - 10 11 12 13 14...

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Volume 0.5 6.5646 5.6771 0.52 6.3121 5.4915 0.54 6.0783 5.3172 0.56 5.8612 5.1535 0.58 5.6591 4.9992 0.6 5.4705 4.8538 0.62 5.2940 4.7164 0.64 5.1286 4.5865 0.66 4.9732 4.4634 0.68 4.8269 4.3466 0.7 4.6890 4.2357 0.72 4.5587 4.1302 0.74 4.4355 4.0299 0.76 4.3188 3.9342 0.78 4.2081 3.8429 0.8 4.1029 3.7557 0.82 4.0028 3.6723 0.84 3.9075 3.5926 0.86 3.8166 3.5161 0.88 3.7299 3.4429 0.9 3.6470 3.3726 0.92 3.5677 3.3051 0.94 3.4918 3.2402 0.96 3.4190 3.1779 0.98 3.3493 3.1178 1 3.2823 3.0600 1.02 3.2179 3.0043 1.04 3.1560 2.9505 1.06 3.0965 2.8986 1.08 3.0391 2.8485 1.1 2.9839 2.8002 1.12 2.9306 2.7534 1.14 2.8792 2.7081 1.16 2.8296 2.6643 1.18 2.7816 2.6219 1.2 2.7352 2.5808 1.22 2.6904 2.5410 1.24 2.6470 2.5024 1.26 2.6050 2.4649 1.28 2.5643 2.4286 1.3 2.5248 2.3932 1.32 2.4866 2.3589 Ideal Gas  Pressure Van Der Waals Gas  Pressure 1 2 3 4 5 6 7 8 9
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Unformatted text preview: 10 11 12 13 14 15 1 0.0 2.0 4.0 6.0 8.0 Comparision of Pressure 1.34 2.4495 2.3256 1.36 2.4134 2.2932 1.38 2.3785 2.2617 1.4 2.3445 2.2310 1.42 2.3115 2.2012 1.44 2.2794 2.1721 1.46 2.2481 2.1438 5 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 f Ideal Gas and van der Waals Equations Ideal Gas Pressure Van Der Waals Gas Pressure Volume Equation Constants Van de Waals Constants for C12 Value Units Value Units n 0.2 moles a 6.49 liter^2 atm/ r 0.08 liter atm/mole/degree K b 0.06 liter/mole T 200 /mole/mole...
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This note was uploaded on 12/15/2010 for the course CSE CSE 1520 taught by Professor Paul during the Spring '09 term at York University.

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Lab 2 - exercise 3 - a gas equation model - 10 11 12 13 14...

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