Closing of the K+ at the end of the action potential requires
A) Repolarization
B) K+ current
C) Time
D) Depolarization
E) Both repolarization and time
Correct Answer:
Verified
Q1: Repolarization of the nerve during the action
Q2: Opening of the Na+ activation gates in
Q3: The “overshoot” of the action potential means
A)
Q4: A cell has a resting membrane potential
Q5: In most cells, Increasing gK would cause
A)
Q7: Opening of the inactivation gate of the
Q8: The Em for a cell is -70
Q9: At rest, the Na channel
A) Activation gates
Q10: In the Hodgkin-Huxley explanation of the action
Q11: Depolarization refers to
A) Making the membrane potential
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