a. sensory neurons b. cell body c. Schwann cell d. axon e. motor neurons f. sodium g. processing neurons/interneurons h. effectors i glial cell j. childbirth/Blood clotting k. potassium 1. action potential m. dendrite n. thermoregulation o. resting potential (81) are the types of neurons responsible for detecting a stimulus in a reflex arc. In a reflex arc (82) are the types of neurons responsible for processing information from a stimulus and deciding how to respond. (83) are the types of neurons responsible for sending out signals to muscles in a reflex arc. In homeostasis, there are sensors, control centres, and (84). (85) is an example of a negative feedback system in homeostasis. (86) is an example of a positive feedback system in homeostasis. A (87) cell nourishes and supports a nerve cell. An example of such a cell is a (88). The three main parts of a neuron are the (89), (90), and the (91). The two main ions of the involved in the transmission of impulses in neurons are (92) and (93). The (94) of a typical human neuron is -70 mV. (95) occurs at the beginning of a nerve impulse. This is when sodium ions immediately rush into the interior of the neuron.
a. sensory neurons b. cell body c. Schwann cell d. axon e. motor neurons f. sodium g. processing neurons/interneurons h. effectors i glial cell j. childbirth/Blood clotting k. potassium 1. action potential m. dendrite n. thermoregulation o. resting potential (81) are the types of neurons responsible for detecting a stimulus in a reflex arc. In a reflex arc (82) are the types of neurons responsible for processing information from a stimulus and deciding how to respond. (83) are the types of neurons responsible for sending out signals to muscles in a reflex arc. In homeostasis, there are sensors, control centres, and (84). (85) is an example of a negative feedback system in homeostasis. (86) is an example of a positive feedback system in homeostasis. A (87) cell nourishes and supports a nerve cell. An example of such a cell is a (88). The three main parts of a neuron are the (89), (90), and the (91). The two main ions of the involved in the transmission of impulses in neurons are (92) and (93). The (94) of a typical human neuron is -70 mV. (95) occurs at the beginning of a nerve impulse. This is when sodium ions immediately rush into the interior of the neuron.
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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Transcribed Image Text:Choose from the word bank below to complete the following statements.
a. sensory neurons
b. cell body
c. Schwann cell
d. axon
e. motor neurons
f. sodium
g. processing
neurons/interneurons
h. effectors
i. glial cell
j. childbirth/Blood clotting
k. potassium
1. action potential
m. dendrite
n. thermoregulation
o. resting potential
(81) are the types of neurons responsible for detecting a stimulus in a reflex arc.
In a reflex arc (82) are the types of neurons responsible for processing information from a stimulus and deciding
how to respond.
(83) are the types of neurons responsible for sending out signals to muscles in a reflex arc.
In homeostasis, there are sensors, control centres, and (84).
(85) is an example of a negative feedback system in homeostasis.
(86) is an example of a positive feedback system in homeostasis.
A (87) cell nourishes and supports a nerve cell. An example of such a cell is a (88).
The three main parts of a neuron are the (89), (90), and the (91).
The two main ions of the involved in the transmission of impulses in neurons are (92) and (93).
The (94) of a typical human neuron is -70 mV.
(95) occurs at the beginning of a nerve impulse. This is when sodium ions immediately rush into the interior of
the neuron.
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