Question

Indicate the relationship between the two items listed in each situation: (can be used more than once or not at all) - A. Resting neuron's permeability to K B. Resting neuron's permeability to Na - A. Neuron's permeability to Na during the rising phase of an action potential B. Neuron's permeability to K during the rising phase of an action potential - A. Resting neuron's permeability to Na B. Neuron's permeability to Na during the rising phase of an action potential - A. Resting neuron's permeability to K B. Neuron's permeability to K during the falling phase of an action potential - A. Neuron's permeability to Na during the falling phase of an action potential B. Neuron's permeability to K during the falling phase of an action potential a. A and B are equal. b. A is greater than B. c. B is greater than A.

Answer 1

The permeability of the neuron membrane to Na and K differs with the stages of action potential as follows:

1. A is greater than B
2. A is greater than B
3. B is greater than A

What is an action potential?

An action potential is a sudden change in the voltage across the membrane of a resting neuron resulting in transmission of impulse.

An action potential results in variation of neuronal membrane to sodium and potassium ions.

A. Resting neuron's permeability to K >>>  B. Resting neuron's permeability to Na

• Thus, A is greater than B.

A. Neuron's permeability to Na during the rising phase of an action potential >>> B. Neuron's permeability to K during the rising phase of an action potential.

• Thus,  A is greater than B.

A. Neuron's permeability to Na during the falling phase of an action potential  <<< B. Neuron's permeability to K during the falling phase of an action potential.

• B is greater than A.

Therefore, the permeability of the neuron membrane to Na and K differs with the stages of action potential.

Learn more about action potential at: https://brainly.com/question/26502153

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