A student put together the experimental set-up shown below. The selectively permeable membrane is permeable to water, but not to the solute shown.

Look at Figure 7-10. Describe the movement of water in the experimental set-up. What will happen to the concentration of water over time?

Thus, water from the region of higher concentration will start moving towards the region of low concentration i.e from side A to side B. This process of transfer will continue till the concentration of water on both the sides become equal or till the equilibrium is reached.

A student put together the experimental set-up shown below. The selectively permeable membrane is permeable to water, but not to the solute shown.Look at Figure 7-10. Describe the movement of water in the experimental set-up. What will happen to the concentration of water over time?

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A student put together the experimental set-up shown below. The selectively permeable membrane is permeable to water, but not to the solute shown.

Look at Figure 7-10. Describe the movement of water in the experimental set-up. What will happen to the concentration of water over time?