Question

so as the resting temperature of the cell decreases , the action potential of the cell and rate of diffusion increase, is this correct?

Answer 1

Yes it's correct

When the resting temperature of the cell decreased the action potential of the cell and rate of diffusion increased

Answer 2

No, that statement is not correct.

As the resting temperature of a cell decreases, the action potential of the cell typically decreases. Action potential refers to the electrical signal that travels along the cell membrane, allowing for communication between cells. Lower temperatures can slow down the movement of ions and impair the ability of the cell to generate and propagate action potentials.

Additionally, the rate of diffusion is generally slower at lower temperatures. Diffusion is the process by which molecules move from an area of higher concentration to an area of lower concentration. Temperature affects the kinetic energy of molecules, and lower temperatures result in decreased molecular movement and slower diffusion rates.

Therefore, as the resting temperature of a cell decreases, both the action potential of the cell and the rate of diffusion typically decrease, rather than increase.