Ethanol is diffusing through a 4-mm stagnant film of water. the ethanol concentrations at the entrance and the existing planes are maintained at 0.1 and 0.02 mol/m3, respectively. if the water film temperature is kept constant at 283 k determine the steady-state molar flux of the ethanol and the concentration profile as a function of the position z within the liquid film. compare these results with a 4-mm stagnant film of air at 283 k and 1 atm at the same entrance and exit ethanol concentrations.

It conforms what ever surface its in.

Ithe undersigned only for use your own email and delete any and copies and of the itself and to be there is a good timewhat does a decrease in temperature indicate about the molecules in a sample of liquid water? decreased chemical energy of the moleculesdecreased kinetic energy of the moleculesincreased chemical energy of the moleculesincreased kinetic energy of the moleculeshow does a sample of helium at 15 â°c compare to a sample of helium at 215 k? the helium at 15 â°c has a higher average kinetic energy than the sample at 215 k.the helium at 15 â°c has lower nuclear energy than the sample at 215 k.the helium at 15 â°c has slower-moving atoms than the sample at 215 k.the helium at 15 â°c has smaller atoms than the sample at 215 k.

That depends. cause the owl finished it in one lick

We can't until we know what we are working with or on