Answer:

Explanation:
We are given that
Diffusion coefficient,
Thickness of membrane,

Area,
Concentration differences,
We have to find the flow rate of sodium ions.
Flow rate,
Using the formula


Are you saying yes or no to this Bec it’s your prediction
Remember that enzymes always accelerate chemical equations, depending on what the enzyme is consisted of. As the enzymes are burned the reaction or amount of chemical reactions decreases.