Question

1. look at your data. consider your data points and the curve fit line. identify the molarity of a solution in which the potato cells would be in an isotonic environment. m the answer to this question depends on your answers to previous questions. submit answer score: 0/1 0 / ∞ submissions used 25. water potential is a method of quantifying the predicted movement of water across membranes in cells. in this context, the water potential (ψ) is calculated from two components: solute potential (ψ s) and pressure

Explanation:

Step1: Locate 0% mass change

Find where the linear fit line intersects the x-axis ($\%$ Change in Mass = 0). This intersection represents the isotonic point, where potato cells have no net water gain/loss.

Step2: Read corresponding molarity

From the intersection point, read the value on the y-axis (molarity, M). The line crosses $x=0$ at $y=0.2$.

Answer:

0.2 M