In order for a cell potential to be a standard cell potential, the concentration of all ions in solution must be ____ M, the partial pressures of all gaseous species must be _ atm, and the temperature must be ______ K.

Question

In order for a cell potential to be a standard cell potential, the concentration of all ions in solution must be ____ M, the partial pressures of all gaseous species must be _ atm, and the temperature must be ______ K.

I need help with the blanks.

Answer 1

See your post above.

Answer 2

In order for a cell potential to be a standard cell potential, the concentration of all ions in solution must be 1 M, the partial pressures of all gaseous species must be 1 atm, and the temperature must be 298 K.

To determine the conditions for a standard cell potential, we refer to the standard conditions for electrochemical cells. These conditions are defined as the concentration of all ions in solution being 1 M, the partial pressures of all gaseous species being 1 atm, and the temperature being 298 K (25°C).

It is important to note that the standard cell potential is a measure of the cell's potential difference under these specific conditions. Any deviation from these conditions may lead to a different cell potential.

In order for a cell potential to be a standard cell potential, the concentration of all ions in solution must be ________ M, the partial pressures of all gaseous species must be _______ atm, and the temperature must be ________ K.

See your post above.

In order for a cell potential to be a standard cell potential, the concentration of all ions in solution must be 1 M, the partial pressures of all gaseous species must be 1 atm, and the temperature must be 298 K.

In order for a cell potential to be a standard cell potential, the concentration of all ions in solution must be ____ M, the partial pressures of all gaseous species must be _ atm, and the temperature must be ______ K.