The electrical potential difference across the resting plasma membrane is called as the

Read the following four statements (A–D) :- (A) The electrical potential difference across the resting plasma membrane is called as the resting potential (B) Na+ – K+ pump transports 3Na+ outwards for 2K+ into the cell passively (C) During excited state the outer surface of the membrane becomes positively charged (D) Action potential is infact termed as nerve impulse How many of the above statements are false?

Which of the following statement is correct. (A) The electrical potential difference across the polarised plasma membrane is called as action potential in resting stage. (B) Na^+ ion is responsible for generating an action potential. (C) The impulse is action potential

The electrical potential difference across the plasma memebrane at the site of depolarisation is called

Which is the electric potential difference across the plasma membrane of a resting neuron?

The potential difference across the membrane of a relaxed muscle fibre is called resting potential ,It amounts to about

The potential difference across the membrane of a relaxed muscle fibre is called resting potential ,It amounts to about

The potential difference across the membrane of a relaxed muscle fiber is called resting potential. It amounts to about

The potential difference across the membrane of a relaxed muscle fiber is called resting potential. It amounts to about