The red blood cells swell since the concentration of water outside the cells is greater than the concentration of water inside the cell and so water diffuses into the cell. The red blood cells stay the same, safely surrounded by there rigid cell wall. Water rushes into the cell, the cell swells and bursts its membrane. Water moves into the cell, down its concentration gradient. The cell swells slightly, pushing against the cell wall and causing the pressure inside the cell to rise substantially.
Water leaves the cell, leaving a shriveled up cytoplasm within the cell wall.
Glucose and pyruvate 10. Neither 1. 14. It is assumed that the suspending media has plenty of Pi. Glyceraldehyde 3-phosphate is being phosphorylated. The inner mitochondrial membrane contains a protein complex called coupling factor.