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Match the following stages of action potential to its corresponding state of ion movement I. Depolarization stage(p.) K+ ions move outside the cellII. Repolarization stage(q.) Na+ ions move inside the cellIII. Hyperpolarization stage(r) No net ion movementIV. Resting stage(s) K+ ions move into the cellV. Threshold potential(t) Ligand gated sodium channels openVI. Stimulus reaches the neuron(u) Voltage gated sodium channels open |
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Answer» Match the following stages of action potential to its corresponding state of ion movement I. Depolarization stage(p.) K+ ions move outside the cellII. Repolarization stage(q.) Na+ ions move inside the cellIII. Hyperpolarization stage(r) No net ion movementIV. Resting stage(s) K+ ions move into the cellV. Threshold potential(t) Ligand gated sodium channels openVI. Stimulus reaches the neuron(u) Voltage gated sodium channels open |
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