1.

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

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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