Compartments A and B are separated by a membrane that is permeable to K+but notto Na+or Cl-. At time zero, a solution of KCl is poured into compartment A and an equally concentrated solution of NaCl is poured into compartment B. Which would be true once equilibrium is reached?A. The concentration of Na+in A will be higher than it was at time zero. B. Diffusion of K+from A to B will be greater than the diffusion of K+from B to A. C. There will be a potential difference across the membrane, with side B negative relative to side A. D. The electrical and diffusion potentials for K+will be equal in magnitude and opposite in direction. E. The concentration of Cl-will be higher in B than it was at time zero.