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Published byÊΦάνης Λύκος Modified over 5 years ago
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IDEAL GAS LAW AOS 101 Section 301 9 February 2009
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Boyle's Law Charles's Law IDEAL GAS LAW Gay-Lussac's Law
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V = C T Charles's Law When pressure is held constant: V = Volume
T = Temperature C = Constant
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Charles's Law This is just a special case of the Ideal Gas Law with pressure held constant: P = ρ R T P = Pressure ρ = Density R = Constant T = Temperature
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Charles's Law This is just a special case of the Ideal Gas Law with pressure held constant: P V = R T P = Pressure ρ = Density R = Constant T = Temperature 1 V = ρ
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Charles's Law This is just a special case of the Ideal Gas Law with pressure held constant: V R = T P P = Pressure ρ = Density R = Constant T = Temperature 1 V = ρ
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Charles's Law This is just a special case of the Ideal Gas Law with pressure held constant: V = C T P = Pressure ρ = Density R = Constant T = Temperature R 1 C = V = ρ P
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Charles's Law This is just a special case of the Ideal Gas Law with pressure held constant: V = C T P = Pressure ρ = Density R = Constant T = Temperature R 1 C = V = ρ P
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My Birthday…
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My Birthday…
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P V = C Boyle's Law When temperature is held constant: P = Pressure
V = Volume C = Constant
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Boyle's Law This is just a special case of the Ideal Gas Law when temperature is held constant: P = ρ R T P = Pressure ρ = Density R = Constant T = Temperature
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Boyle's Law This is just a special case of the Ideal Gas Law when temperature is held constant: P V = R T P = Pressure V = Volume R = Constant T = Temperature 1 V = ρ
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Boyle's Law This is just a special case of the Ideal Gas Law when temperature is held constant: P V = C P = Pressure V = Volume R = Constant T = Temperature 1 C = R T V = ρ
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Boyle's Law This is just a special case of the Ideal Gas Law when temperature is held constant: P V = C P = Pressure V = Volume R = Constant T = Temperature 1 C = R T V = ρ
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VACUUM OFF Whipped Cream (Filled with air bubbles) Sealed Container
Connected to Vacuum
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VACUUM ON As pressure goes down, the volume of the bubbles must increase, and the whipped cream increases in size
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P = C T Gay-Lussac's Law When density is held constant: P = Pressure
T = Temperature C = Constant
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Gay-Lussac's Law This is just a special case of the Ideal Gas Law when the density is held constant: P = ρ R T P = Pressure ρ = Density R = Constant T = Temperature
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Gay-Lussac's Law This is just a special case of the Ideal Gas Law when the density is held constant: P = ρ R T P = Pressure ρ = Density R = Constant T = Temperature
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Gay-Lussac's Law This is just a special case of the Ideal Gas Law when the density is held constant: P = C T P = Pressure ρ = Density R = Constant T = Temperature R ρ = C
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Gay-Lussac's Law This is just a special case of the Ideal Gas Law when the density is held constant: P = C T P = Pressure ρ = Density R = Constant T = Temperature R ρ = C
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CO2 canister at room temperature
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When CO2 is depleted from canister, the pressure inside the tank has decreased, leading to a decrease in temperature
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DO THE BAR-BET TRICK
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