Very lost would appreciate any help with reasonable explainations

The partition coefficient P(or Kow) for a solute between water and n-octanol is defined as the ratio of the solute concentration (moles/volume) in n-octanol to the concentration in water that is in equilibrium with the n-octanol. The value of Pis useful in predicting how molecules move through heterogeneous biological and environmental systems. Hence, it has been tabulated for a large number of substances Take hexane to be the solute under consideration here For the hexane, logioP) has a value of 4.00 at 298,15 K The Henry's Law constant for hexane in water at 298,15 Kis 62 x 10 mol/m2 Pa)]. The octanol-air partition coefficient (KOA-concentration in octanolliconcentration in air is especially useful for predicting the environmental fate of agricultural chemicals and other potential pollutants. It can be predicted from the Henry's Law constant and the octanol water partition coefficient. Calculate the value of logsokos) at 298,15 K for hexane logokoa) - The partition coefficient P(or Kow) for a solute between water and n-octanol is defined as the ratio of the solute concentration (moles/volume) in n-octanol to the concentration in water that is in equilibrium with the n-octanol. The value of Pis useful in predicting how molecules move through heterogeneous biological and environmental systems. Hence, it has been tabulated for a large number of substances Take hexane to be the solute under consideration here For the hexane, logioP) has a value of 4.00 at 298,15 K The Henry's Law constant for hexane in water at 298,15 Kis 62 x 10 mol/m2 Pa)]. The octanol-air partition coefficient (KOA-concentration in octanolliconcentration in air is especially useful for predicting the environmental fate of agricultural chemicals and other potential pollutants. It can be predicted from the Henry's Law constant and the octanol water partition coefficient. Calculate the value of logsokos) at 298,15 K for hexane logokoa)