Question: 1. Draw and label an action potential on a graph of membrane potential versus time. Include the following labels in your diagram: voltage-gated Na+ channels inactivate; resting membrane …

Science Anatomy and Physiology Anatomy and Physiology questions and answers Label all the areas of the action potential graph, make sure to explain what happens to the ion channels on each number …

E) This is the peak of the action potential. 8 8. 2) Why is the membrane hyperpolarized at the point on the graph labeled 6? A) The membrane is temporarily more permeable to potassium than to …

Below is a graph of a typical neuronal action potential with the phases labeled. +40 1. Depolarization phase 2. Repolarization 0 phase Membrane potential (mv) -40 Threshold potential 60 Resting …

Figure 12-2 The Nerve Action Potential Use Figure 12-2 to answer the following questions: 21) What is occurring at the area labeled #4 ? A) An inhibitory stimulus has occurred.

What is happening during the point on the graph labeled 1?What is happening during the point on the graph labeled 1?This is the peak of the action potential.Voltage-gated sodium channels quickly …

Question: What is happening during the point on the graph labeled 1 Voltage gated sodium channels rapidly inactivate, while voltage-gated potassium channels quickly openChemically gated channels …

Question: Draw a typical action potential using the graph below. Make sure to include the following:• properly labeled x- and y-axes• values for resting membrane potential and threshold• the …

Question: Draw a typical action potential using the graph below. Make sure to include the following:-properly labeled x - and y-axes-values for resting membrane potential and threshold-the point at …

Look at the graph below of the action potential of autorhymicity cells. Describe the ion movement at the part of the graph labeled 1? Time (ms) a. K+ efflux b. Slow Na+ influx c. K+ influx d. Slow Ca+2 influx …