The greater the magnitude of the concentration gradient:

A. the more rapid the rate of diffusion.

B. the more likely mediated transport is required.

C. the easier it is to reverse the flux.

D. the higher number of ATPs required to diffuse.

E. All of the above are true.

Question

Jacklyn

Biology

18 May, 08:55

The greater the magnitude of the concentration gradient:

A. the more rapid the rate of diffusion.

B. the more likely mediated transport is required.

C. the easier it is to reverse the flux.

D. the higher number of ATPs required to diffuse.

E. All of the above are true.

+3

Answers (1)

Know the Answer?

Thunder Thighs · Answer 1

The correct answer is A. the more rapid the rate of diffusion.

Explanation:

Diffusion is the movement of solute from an area which is having a high concentration of solute to an area which is having less concentration of solute through a semipermeable membrane.

As diffusion depends on concentration gradient magnitude therefore if the difference between the concentration gradient magnitude between two regions separated by a selective membrane becomes greater than the rate of diffusion will also become high to reach the equilibrium fast.

Therefore greater the magnitude of concentration gradient the more rapid the rate of diffusion will be.

The greater the magnitude of the concentration gradient:A. the more rapid the rate of diffusion.B. the more likely mediated transport is required.C. the easier it is to reverse the flux.D. the higher number of ATPs required to diffuse.E. All of the above are true.

The greater the magnitude of the concentration gradient:

A. the more rapid the rate of diffusion.

B. the more likely mediated transport is required.

C. the easier it is to reverse the flux.

D. the higher number of ATPs required to diffuse.

E. All of the above are true.