Diffusion and osmosis experiments are often set up using a U-fube. This U-fube is separafed with a selectively permeable membrane that is permeable to water and solute A but not fo solute B.\

0.4M

of solute

A

and

0.2M

of solute

B

have been added to the water on side 1 od he U-fube, and

0.2M

of solute

A

and

0.4M

of solute

B

have been added to side 2 . It is left until equilibrium is reached.\

0.4M

solute

A

\

0.2M

solute A\

0.2M

solute

B

\

0.4M

solute

B

\ \\\\table[[,Initial Setup,After Equilibrium is reached],[,Side 1,Side 2,Side 1,Side 2],[Solute A,0.4,0.2,,],[Solute B,0.2,0.4,,],[Total solute,,,,]]\ a. Fill in the table (2)\ b. What will happen to the water level in the U-tube? Why? (2)

11. Diffusion and osmosis experiments are often set up using a U-tube. This U-tube is separated with a selectively permeable membrane that is permeable to water and solute A but not to solute B. 0.4M of solute A and 0.2M of solute B have been added to the water on side 1 od he U-fube, and 0.2M of solute A and 0.4M of solute B have been added to side 2 . It is left until equilibrium is reached. 0.4M solute A 0.2M solute A 0.2M solute B 0.4M solute B a. Fill in the table (2) b. What will happen to the water level in the U-tube? Why? (2)