Question

ck the co - transport tab. create a high concentration of purple, circle molecules outside of the cell and a high concentryan, square molecules inside the cell.
w, click on the passive button. add in at least three purple channels. observe the results and complete the sentences.
the concentration of circles inside the cell should
the concentration of squares inside the cell should
the concentration of x - shaped molecules inside the cell should
without resetting the lab, click on the antiporter button. add in at least three cyan - square antiporters. observe the results and complete the sentences.
the concentration of squares inside the cell should
the concentration of x - shaped molecules inside the cell should

Explanation:

1. When using passive transport with high - concentration of purple circle molecules outside the cell and purple channels, the circles will move into the cell by diffusion, so the concentration of circles inside the cell should increase.
2. Since there is no mechanism described for the movement of square molecules in the passive transport step related to their concentration gradient, their concentration inside the cell should not change.
3. There is no information about X - shaped molecules in the passive transport step, so their concentration inside the cell should not change.
4. When using antiporters with high - concentration of cyan - square molecules inside the cell, the antiporters will move the square molecules out of the cell, so the concentration of squares inside the cell should decrease.
5. There is no information about X - shaped molecules in the antiporter step, so their concentration inside the cell should not change.

Answer:

The concentration of circles inside the cell should increase.
The concentration of squares inside the cell should not change.
The concentration of X - shaped molecules inside the cell should not change.
The concentration of squares inside the cell should decrease.
The concentration of X - shaped molecules inside the cell should not change.