question archive The halogen bromine (Br2) is a liquid at room temperature (25 ?C) and somewhat soluble in water A saturated solution of Br2 contains 33 x 10-4 g Br2 dissolved in 1 g H2O at room temperature On the other hand bromine is somewhat more soluble in very cold water A saturated solution of Br2 in water at 0 ?C contains 42 x 10-4 g Br2 in 1 g H2O Calculate the mole fraction of bromine in water in both solutions Calculate the molality of bromine in both solutions presuming that the density of water is 1 g/cm3
The halogen bromine (Br2) is a liquid at room temperature (25 ?C) and somewhat soluble in water A saturated solution of Br2 contains 33 x 10-4 g Br2 dissolved in 1 g H2O at room temperature On the other hand bromine is somewhat more soluble in very cold water A saturated solution of Br2 in water at 0 ?C contains 42 x 10-4 g Br2 in 1 g H2O Calculate the mole fraction of bromine in water in both solutions Calculate the molality of bromine in both solutions presuming that the density of water is 1 g/cm3
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The halogen bromine (Br2) is a liquid at room temperature (25 ?C) and somewhat soluble in water A saturated solution of Br2 contains 33 x 10-4 g Br2 dissolved in 1 g H2O at room temperature On the other hand bromine is somewhat more soluble in very cold water A saturated solution of Br2 in water at 0 ?C contains 42 x 10-4 g Br2 in 1 g H2O Calculate the mole fraction of bromine in water in both solutions Calculate the molality of bromine in both solutions presuming that the density of water is 1 g/cm3
