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Dalton's Law
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PTotal = P1 + P2 + P3 ...
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Boyle's Law
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Pressure x Volume = k
Pressure Increases Volume Decreases (Vice Versa) |
Charle's Law
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Volume / Temperature
Temperature Increases Volume Increases (Vice Versa) |
Combined Gas Law
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Pressure x Volume / Temperature
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Gay-Lussac's Law
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Pressure / Temperature
Temperature Increases Pressure Increases |
Graham's Law
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Smaller molar mass = higher velocity
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Avogadro's Law
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Volume / n (moles)
Volume increases Number of Moles increase Vice Versa |
1 mol = __L
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22.4 L
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Kelvin = ___
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273.15
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Ideal Gas Law
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PV = nRT
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Scottish chemist studied effusion during 1840s
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Thomas Graham
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French chemist discovered relationship b/w presure and temperature of a gas in 1802
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Gay-Lussac
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1787 French chemist
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Jacques Charles
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