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

With regard to Neural Permeability, the relationships between the two items listed in each care is as follows:

• A. Resting neuron's permeability to K⁺
• B. Resting neuron's permeability to Na⁺ (Option C)

• 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 (Option F)

• A. Resting neuron's permeability to Na⁺
• B. Neuron's permeability to Na⁺ during the rising phase of an action potential (Option B)

• A. Resting neuron's permeability to K⁺
• B. Neuron's permeability to K⁺ during the falling phase of an action potential (Option A)

• 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 (Option D)

It is to be noted that the grading is as follows:

A) is for when B is greater than A

B) is for when B is greater than A

C) is for when A is greater than B

D) is for when B is greater than A

E)  is for when A and B are equal

F) A is greater than B

What is Neural permeability?

This (in simple terms) refers to the degree to with neurons allow the transmission of solutes and solvents in and out of them.

Learn more about neural permeability at;
brainly.com/question/14301289
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