PE9.3. Divers get the bends when bubbles of N2 gas form in their bloodstream if they rise too rapidly from a deep dive. Calculate the solubility (mol/L) of N2 in water (this is roughly equal to its value in blood) at a depth of 300ft below the ocean surface and at sea level. Divers have about 3.2L of blood. How much volume of N2(g ), measured at 37C and 1atm., is trapped in a diver's blood at 300ft. depth? (Hint: Use the density of water to calculate the pressure at this depth.) See Engel, Table 9.4 for needed data, and assume these values for 298K are the same at 37C. TABLE 9.4 Henry's Law Constants for Aqueous Solutions Near 298 K SubstanceArC2H6CH4COCO2H2SHe2N2O2kH(Torr)2.801072.301073.071074.401061.241064.271051.121086.801073.27107kH(bar)3.721043.061044.081045.841031.651035.681021.491069.041044.95104