= 5. Free SO2 can dissolve into water droplets of vapor and clouds, eventually converting to highly acidic H2SO4. Given
Posted: Wed May 18, 2022 12:05 pm
Partial pressure of SO2=7.26×10^-4
= 5. Free SO2 can dissolve into water droplets of vapor and clouds, eventually converting to highly acidic H2SO4. Given Ky = 1.5 mol/L*atm for SO2 at the indicated temperature, use the partial pressure you obtained in problem 4 to calculate the concentration of dissolved SO2 in a water droplet. Assuming 100% of the dissolved SO2 is then converted to H2SO4 (MW =98.08 g/mol), what is the molality of this strong acid in these droplets? (Average droplet size is 2.5 mm radius, assume spherical droplet of solution)
= 5. Free SO2 can dissolve into water droplets of vapor and clouds, eventually converting to highly acidic H2SO4. Given Ky = 1.5 mol/L*atm for SO2 at the indicated temperature, use the partial pressure you obtained in problem 4 to calculate the concentration of dissolved SO2 in a water droplet. Assuming 100% of the dissolved SO2 is then converted to H2SO4 (MW =98.08 g/mol), what is the molality of this strong acid in these droplets? (Average droplet size is 2.5 mm radius, assume spherical droplet of solution)