11. At the resting potential, Na+ and K+ ions are each at their own equilibrium. Components of the Action Potential. 12. Complete the following table indicating whether the channels are open, closed or inactivated. 13. Complete the table below indicating whether the ions going through those channels are going into the cell or out of the cell. If t solutionspile.com

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11. At the resting potential, Na+ and K+ ions are each at their own equilibrium. Components of the Action Potential. 12. Complete the following table indicating whether the channels are open, closed or inactivated. 13. Complete the table below indicating whether the ions going through those channels are going into the cell or out of the cell. If the channels are closed, then write &#34;no flow&#34; Refractory Period 14. What is the Absolute refractory period? What is the biophysical basis of it? 15. What is the Relative refractory period? What is the biophysical basis of it? solutionspile.com

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