BI 202 Respiration-Fox (Chapter 16)

BI 202 Respiration-Fox (Chapter 16) - At a gas-liquid...

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Fig. 16.4
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Fig. 16.1
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Fig. 16.7
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Pressure of a given quantity of gas is inversely proportional to its volume.
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Fig. 16.13
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Fig. 16.12
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Fig. 16.14
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Fig. 16.11
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Fig 16.21
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Dalton’s Law Total pressure of a gas mixture is equal to the sum  of the pressures that each gas in the mixture would  exert independently. The pressure a particular gas in a mixture exerts  independently is the partial pressure of that gas.
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Fig. 16.19
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Henry’s Law
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Unformatted text preview: At a gas-liquid interface the amount of gas dissolved in the liquid depends on (1) Solubility of the gas in the liquid (2) Temperature of the liquid (3) Partial pressure of the gas Fig. 16.19 Fig. 16.22 Fig. 16.32 Fig. 16.33 Fig. 16.22 Fig. 16.31 Fig. 16.33 Fig. 16.34 Fig. 16.35 Fig. 16.38 Fig. 16.39 Fig. 16.24 Fig. 16.25 Fig. 16.26 Fig. 16.30 Fig. 16.33 Fig. 16.27 Fig. 16.28 Fig. 16.29...
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BI 202 Respiration-Fox (Chapter 16) - At a gas-liquid...

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