# Chapter 8.pdf - Pressure of N 0 20 is STP of the atmosphere...

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Pressure of 905 STP N is 80 of the atmosphere 273K Oc 0 is 20 know these 760 torr latin 22.4 L know the GAS formulas and who's they are Boyle's law Charles Law Y Galtassac's Law Pill THE f F 1 nevin e Dalton's Law Rota Pat Pig Pc pressure of gas can be added up and that is the total Pressure ONLY GAS A Pill Pf Vf pf 3atmV4 2 atm Gc GAS B 2otmX2 0.7dm 64 2.7 atm Pi Ited Law PV NRT B 0.0821 ma moles

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V 5L 6.924dm f5D P 740torr FIFTH 0.974 atm n 6o ik 1 22 C t 273k 295 K 0.201 mot Con convert to moles Remember diatomic molecules Density of Xete at 25.0 C and 680 Torr latin n fo 8a5atmlCl4P 680torryTotorrliO 895atrr Fzgg.ze 0.0366 mo Keta U I L T 25.0 C 223 2 298.2K 0.0366mi 4 792 7.59 gkefall F latin PV nat V 120mL 0.12 L n 6 91577.2 1 100 C t 273.2 373 2K 0.0039 motor mass Imd Stoichiometry to ideal gas law grams to mot to PV NRT Vi VI Nf
8 6 3 c Graham's Law of effusion i F Makara gas either gas can work on top know the Basic Postulates 1 gas particles travel in a random straight line 2 average distance between particles is much larger than the particles themselves 3 particles do not attract or repel eachother 4 Collisions do not affect the velocity or energy 3 f Vi Peter Boyle's latin 1.564 75dm Uf 0.0208L Up 4 Ii Chale's 1.27 1062 112 273.2 111 C t 273.2 1.7169 106 Vf 5 PTI PI Gay Lussac's

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S ti pf Gop Las s k 2 238.369K Tf 34.836 C 6 Pif Pf combines 3.454440dm 0.991dm Uf 11.60 1 273.2 24.6 273.2 5.0963L Vr 8 0.840

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• Winter '12
• 12.8dm, 0.873dm PegasB

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