Question

answer the questions below. 1. draw the results of diffusion in the box on the right. left box with dots, arrow to right box fill in the blank: 2. the molecules in the box on the r are in equilibrium handwritten. 3. the box on the left has an area high concentration and an area o concentration. scientists would there is a concentration gradi handwritten.

Explanation:

1. Drawing Diffusion Results

Diffusion is the movement of molecules from an area of high concentration to low concentration until equilibrium (even distribution) is reached. The left box has molecules clustered on the left; in the right box, spread these molecules evenly across the entire space.

2. Blank Fill (Equilibrium)

After diffusion, molecules reach a state of equilibrium (even distribution, no net movement).

3. Blank Fill (Concentration Gradient)

A concentration gradient exists when there’s a difference in concentration (high vs. low) between two areas. The left box has a high - concentration area and a low - concentration area, so scientists say there’s a concentration gradient.

For the drawing: In the right - hand box, draw the same number of dots as in the left box, but spread them uniformly throughout the entire box (e.g., if there are 15 dots on the left, place 15 dots evenly in the right box, not clustered).

For the blanks:

1. equilibrium
2. gradient

Answer:

1. Drawing Diffusion Results

Diffusion is the movement of molecules from an area of high concentration to low concentration until equilibrium (even distribution) is reached. The left box has molecules clustered on the left; in the right box, spread these molecules evenly across the entire space.

2. Blank Fill (Equilibrium)

After diffusion, molecules reach a state of equilibrium (even distribution, no net movement).

3. Blank Fill (Concentration Gradient)

A concentration gradient exists when there’s a difference in concentration (high vs. low) between two areas. The left box has a high - concentration area and a low - concentration area, so scientists say there’s a concentration gradient.

For the drawing: In the right - hand box, draw the same number of dots as in the left box, but spread them uniformly throughout the entire box (e.g., if there are 15 dots on the left, place 15 dots evenly in the right box, not clustered).

For the blanks:

1. equilibrium
2. gradient