In diffusion, mollecules naturally move from an orea where they are more concent

Question

In diffusion, mollecules naturally move from an orea where they are more concentrated to an area where they are less concentrated. The difference in concentration is called the concentration gradient. Generaly, molecules diffuse down a concentration gradient. Each type of molecule has its own concentration gradients. If many types of molecules are mixed together, one type of molecule will have no effect on which direction another type of molecule Each of the following graphics presents a concentration gradient situation. A divider with holes in it separates two areas of a container. The first pair of graphics shows one type of molecule that can diffuse through holes in the divider. In the second pair of graphics, the different shapes-round and square-represent two different types of molecules. The square molecules are too big to ft through the holes in the divider, but the round molecules can pass through freely. For each situation, select which direction the round molecules will diffuse. In this situation, the round molecules will diffuse toward the In this situation, the round molecules will diffuse toward the In this situation, the round molecules will diffuse toward the In this situation, the round molecules will diffuse toward the

Explanation / Answer

ANSWER:

1.) The round molecules will diffuse towards the Left side as concentration of solute is less on the left.

2.) The round molecules will move towards Left side.

3.) The round molecules will move towars Right side.

4.) In this case, the round molecules will not move either side as they reached equilibrium.

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