Suppose water forms a regular solution with a solute, which we designate with a 2. suppose the mole raction of water in this solution is x1=0.75. suppose the vapor pressure of water above this solution is p1=2029 pa. assume t=293k and the vapor pressure of pure water at t=293k p*=2536pa. part a calculate the activity coefficient of water y1 in this solution. v aq o ? 71 = submit request answer part b determine the exchange parameter w for the regular solution described above. ivo aq o a ? w293 = submit request answer part for the regular solution described in parts a and b, calculate the osmotic pressure that it generates at t-293k. assume for water v1 = 1.80 x 10 m/mol ? thår value o a units 7- submit request answer
part d the exchange parameter w was defined for a regular solution: w=2(2812-11-e22)/2rt. using your value for w at 293k determined in part b, determine w at t=273k. assume z=6. assume 2812-811-922 is independent of temperature. v alq r o o ? w273 = submit request answer part e suppose a solution is prepared where x2=0.050. assume the solution is regular, use the exchange parameter w calculated in part d to determine the freezing point lowering at. assume ahjusion = 6010j/mol assume w is constant over the range at. * roo? units at = value submit request answer part f repeat the calculation in part e, only do so for an ideal solution. ?