(b) Draw what would happen to this system if osmosis were permitted to occur through the semi-permeable membrane that allows only water to pass through, not the solute. (c) Draw the same system as above, but increase the initial solute concentration on the chamber on the right. How will the resulting system be different from what you drew in part (b) above? Draw the final state below. 3. Osmotic pressure is the pressure that you'll need to bring the solutions in the two chambers back to equal levels. Osmotic pressure, in the systern pictured on the right, forces the water in the chamber on the right back into the chamber on the left, so that the water level equalizes between the two chambers. (a) Look at your drawings in item 2(b) and item 2(c) above. Which of the two systems do you think you'll need a higher pressure to be able to equalize the solution level on both sides of the semi-permeable membrane? Explain your answer. (b) Based on your answer in (a) above, complete the following statement: The higher the solute concentratic the the osmotic pressure of the solution