This is the emf of the cell when operating under standard conditions I.e 1 Atmosphere, 298K and unit concentration. If we alter these conditions, in this case, concentration the Nernst Equation …

Which half-cell is the anode and which half-cell is the cathode? Help with the following electrochem problems about standard cell potentials? Question #0bb5c Question #bc428 I …

In this case, water would be lost from the cell to the solution my osmosis. A Hypotonic solution is the opposite ie, a low concentration of salts and thus a high water potential, therefore water …

When the cell is soaked in water, it is placed in a hypotonic environment. The term hypotonic solution is as a solution in which the total molar concentration of all dissolved solute particles …

In terms of the particle model of light, light intensity is the amount of photons there are, similar to concentration. A photoelectric cell contains a piece of metal which when light is incident onto …

Molecules can move across the cell membrane in both directions, but more move in from the side with higher concentration. Eventually, the concentration of the molecules on each side of the …

The same reason knights wear armor. The membrane: - Keeps the cell's organelles and other important cellular products, like proteins and ions, inside the cell. - Keeps harmful objects out. …

Gradients determine the direction of movement of particles. Both diffusion and osmosis involve the movement of particles from areas of high concentration to areas of low concentration. …

Cell membrane keeps inner environment of the cell constant. The cell membrane passes respiratory gases through diffusion. The size of respiratory gases is too small which is not …

# [Ca^ (2+)]_"in"# - the concentration of the calcium cations inside the cell (intracellular liquid) The only thing to watch out for is the fact that the concentrations of the calcium cations are not …