Q12. Given that the solubility of O2 in water at 0°C is 14.7 ppm, calculate (i) the concentration of dissolved O2 in mol L1 and (ii) the value of the Henry's law constant, in mol L-1 atm, for 02 at...

$Q12. Given that the solubility of O2 in water at 0°C is 14.7 ppm, calculate (i) the concentration of<br>dissolved O2 in mol L1 and (ii) the value of the Henry's law constant, in mol L-1 atm, for 02 at this<br>temperature. The atmospheric pressure is 1 atm. (Note: the mole fraction of oxygen in air is 0.21).<br>Can you convert the Henry's law constant to units of mol L1 Pa1?<br>$

Extracted text: Q12. Given that the solubility of O2 in water at 0°C is 14.7 ppm, calculate (i) the concentration of dissolved O2 in mol L1 and (ii) the value of the Henry's law constant, in mol L-1 atm, for 02 at this temperature. The atmospheric pressure is 1 atm. (Note: the mole fraction of oxygen in air is 0.21). Can you convert the Henry's law constant to units of mol L1 Pa1?

Jun 08, 2022

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Q12. Given that the solubility of O2 in water at 0°C is 14.7 ppm, calculate (i) the concentration of dissolved O2 in mol L1 and (ii) the value of the Henry's law constant, in mol L-1 atm, for 02 at...

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