Potassium ions diffuse out of an electrically excitable cell while establishing the resting membrane potential (RMP) until which of the following forces opposes further net efflux of potassium?

A. The chemical gradient for potassium
B. The electrical gradient
C. Osmotic pressure
D. Active transport

Potassium ions leave the cell due to electrochemical gradients until the electrical gradient stops further efflux. Chemical potential gradient drives the outward flow of potassium ions.

Explanation:

Electrochemical gradients drive potassium out of the cell until the electrical gradient opposes further net efflux of potassium. The chemical potential gradient causes the outward flow of potassium ions, leading to the development of a transmembrane potential that resists further potassium efflux.

Learn more about Potassium ions efflux in electrically excitable cells here:

https://brainly.com/question/40321226

Potassium ions diffuse out of an electrically excitable cell while establishing the resting membrane potential (RMP) until which of the following forces opposes further net efflux of potassium?A. The chemical gradient for potassiumB. The electrical gradientC. Osmotic pressureD. Active transport

Answer :

Final answer:

Explanation:

Learn more about Potassium ions efflux in electrically excitable cells here:

Other Questions