having trouble getting a reasonable andwer for this problem. my work is shown in the picture

4. 60 points total Diethyl ether (DEE, with chemical formula (CH3CH2)2O, molecular weight =74.1g/mol ) is somewhat soluble (60.5g/L at 293K) in water and has a high vapor pressure. A closed 255 liter tank is found that contains 124 liters of air, 121 liters of water, and 7.32kg of DEE at T=293K and P=1.00atm. A Henry's law constant for DEE in water at 293K is HDEE=1.97103atm m3/mol. At 293K,H2O=1.00kg/L.R=0.08206Latm/(molK).1m3=1000L. 4(a). At equilibrium at 293K, how many kg of DEE will be present in each of the three phases, air, water, and organic? (If there is no 3rd organic phase, be sure to include that the organic phase is 0.00kg.) z=7.652langntisISNTEVENPOSSIBLEYDe=Nz=5.15737.6521=1.48374148.374mac% 4. 60 points total Diethyl ether (DEE, with chemical formula (CH3CH2)2O, molecular weight =74.1g/mol ) is somewhat soluble (60.5g/L at 293K) in water and has a high vapor pressure. A closed 255 liter tank is found that contains 124 liters of air, 121 liters of water, and 7.32kg of DEE at T=293K and P=1.00atm. A Henry's law constant for DEE in water at 293K is HDEE=1.97103atm m3/mol. At 293K,H2O=1.00kg/L.R=0.08206Latm/(molK).1m3=1000L. 4(a). At equilibrium at 293K, how many kg of DEE will be present in each of the three phases, air, water, and organic? (If there is no 3rd organic phase, be sure to include that the organic phase is 0.00kg.) z=7.652langntisISNTEVENPOSSIBLEYDe=Nz=5.15737.6521=1.48374148.374mac%