Match the correct terms with their meanings. Place the corresponding letter ithin the parenthesis olumn A Column B _) Refractory period a. An electrical impulse caused by a strong- enough graded potential _) Graded potential b. The membrane potential of a resting cell -) Action potential c. Releases neurotransmitters „) Presynaptic element d. Caused by stimulus

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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2- Match the correct terms with their meanings. Place the corresponding letter
within the parenthesis
Column A
Column B
hu) Refractory period
a. An electrical impulse caused by a strong-
enough graded potential
) Graded potential
b. The membrane potential of a resting cell
hu) Action potential
c. Releases neurotransmitters
hu) Presynaptic element
d. Caused by stimulus
hu) Sodium
e. Change in a cell membrane potential from
rest toward zero
) Potassium
f. Enters the neuron and causes depolarization
hu) Depolarization
g. time after the initiation of an action potential
when another action potential cannot be
generated
u) Resting potential
h. return of the membrane potential to its
normally negative voltage at the end of the
action potential
hu) Repolarization
i. Exits the neuron and causes
hyperpolarization
Transcribed Image Text:2- Match the correct terms with their meanings. Place the corresponding letter within the parenthesis Column A Column B hu) Refractory period a. An electrical impulse caused by a strong- enough graded potential ) Graded potential b. The membrane potential of a resting cell hu) Action potential c. Releases neurotransmitters hu) Presynaptic element d. Caused by stimulus hu) Sodium e. Change in a cell membrane potential from rest toward zero ) Potassium f. Enters the neuron and causes depolarization hu) Depolarization g. time after the initiation of an action potential when another action potential cannot be generated u) Resting potential h. return of the membrane potential to its normally negative voltage at the end of the action potential hu) Repolarization i. Exits the neuron and causes hyperpolarization
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