Question 1

Voltage-sensitive proteins

Accepted Answer

A)  are responsive to presence of voltage in their environment. 
B)  change shape and open in the presence of voltage in their environment. 
C)  a & b 
D)  none of the above. 
A)  are responsive to presence of voltage in their environment. 
B)  change shape and open in the presence of voltage in their environment. 
C)  a & b 
D)  none of the above.

Question 2

Match each region of the nervous system to the correct descriptor. Terms may be used more than once or not at all.
-The speaker organizes his idea into linguistic and phonological units in preparation for speech.

Accepted Answer

A) Heschl's gyrus 
B) secondary auditory regions 
C) temporal-occipital-parietal association area 
D) somatosensory receptive area (Brodmann 1) 
E) secondary somatosensory regions
F)motor strip
G)premotor region, including supplementary motor area and Broca's area
H)frontal association region
I)limbic association area
J)cerebellum
K)arcuate fasciculus 
A) Heschl's gyrus 
B) secondary auditory regions 
C) temporal-occipital-parietal association area 
D) somatosensory receptive area (Brodmann 1) 
E) secondary somatosensory regions
F)motor strip
G)premotor region, including supplementary motor area and Broca's area
H)frontal association region
I)limbic association area
J)cerebellum
K)arcuate fasciculus

Question 3

A potential difference of -70 mV between the intracellular and interstitial spaces is found at ____________________ potential.

Accepted Answer

The answer of A potential difference of -70 mV between...

Question 4

____________________ dysarthria arises from damage to the cerebellum or to the brainstem vestibular nuclei, or both.

Accepted Answer

The answer of ____________________ dysarthria arises from damage to the...

Question 5

Match each region of the nervous system to the correct descriptor. Terms may be used more than once or not at all.
-The speaker receives information from peripheral sensors concerning how high her soft palate is elevated and where her tongue is in her mouth.

Accepted Answer

A) Heschl's gyrus 
B) secondary auditory regions 
C) temporal-occipital-parietal association area 
D) somatosensory receptive area (Brodmann 1) 
E) secondary somatosensory regions
F)motor strip
G)premotor region, including supplementary motor area and Broca's area
H)frontal association region
I)limbic association area
J)cerebellum
K)arcuate fasciculus 
A) Heschl's gyrus 
B) secondary auditory regions 
C) temporal-occipital-parietal association area 
D) somatosensory receptive area (Brodmann 1) 
E) secondary somatosensory regions
F)motor strip
G)premotor region, including supplementary motor area and Broca's area
H)frontal association region
I)limbic association area
J)cerebellum
K)arcuate fasciculus

Question 6

The ____________________ period is a period during which the membrane may be stimulated to excitation again, but only with greater than typical stimulation.

Accepted Answer

relatively

Question 7

Tics, tremors, athetosis, and dystonia are all termed ____________________.

Accepted Answer

The answer of Tics, tremors, athetosis, and dystonia are all...

Question 8

____________________ sensors transduce information about muscle length.

Accepted Answer

The answer of ____________________ sensors transduce information about muscle length....

Question 9

An action potential is

Accepted Answer

A)  the return to baseline voltage that occurs following depolarization. 
B)  a change in electrical potential that occurs when the cell membrane is stimulated adequately to permit ion exchange between intra- and extracellular spaces. 
C)  the threshold phenomenon associated with movement in muscle. 
D)  none of the above. 
A)  the return to baseline voltage that occurs following depolarization. 
B)  a change in electrical potential that occurs when the cell membrane is stimulated adequately to permit ion exchange between intra- and extracellular spaces. 
C)  the threshold phenomenon associated with movement in muscle. 
D)  none of the above.

Question 10

____________________ dysarthria is characterized by extraneous, involuntary movement of speech musculature, in addition to movement produced voluntarily.

Accepted Answer

The answer of ____________________ dysarthria is characterized by extraneous, involuntary...

Question 11

Match each region of the nervous system to the correct descriptor. Terms may be used more than once or not at all.
-The features of an acoustical signal that has been received auditorily are combined, analyzed, and recognized as meaningful speech. The syntax for the utterance is parsed and word meaning is combined to that signal.

Accepted Answer

A) Heschl's gyrus 
B) secondary auditory regions 
C) temporal-occipital-parietal association area 
D) somatosensory receptive area (Brodmann 1) 
E) secondary somatosensory regions
F)motor strip
G)premotor region, including supplementary motor area and Broca's area
H)frontal association region
I)limbic association area
J)cerebellum
K)arcuate fasciculus 
A) Heschl's gyrus 
B) secondary auditory regions 
C) temporal-occipital-parietal association area 
D) somatosensory receptive area (Brodmann 1) 
E) secondary somatosensory regions
F)motor strip
G)premotor region, including supplementary motor area and Broca's area
H)frontal association region
I)limbic association area
J)cerebellum
K)arcuate fasciculus

Question 12

Match each term to the correct descriptor. Terms may be used more than once or not at all.
-Damage can cause hyperkinesia

Accepted Answer

A) lower motor neuron 
B) upper motor neuron 
C) basal ganglia 
D) cerebellum 
E) Wernicke's area
F)Broca's area
G)insula
H)substantia nigra 
A) lower motor neuron 
B) upper motor neuron 
C) basal ganglia 
D) cerebellum 
E) Wernicke's area
F)Broca's area
G)insula
H)substantia nigra

Question 13

The posterior portion of Brodmann area 22 is termed ____________________ area.

Accepted Answer

The answer of The posterior portion of Brodmann area 22...

Question 14

Match each term to the correct descriptor. Terms may be used more than once or not at all.
-The point of communication between nerve and muscle

Accepted Answer

A) nodes of Ranvier 
B) saltatory 
C) neurotransmitter substance 
D) synaptic cleft 
E) neuromuscular junction
F)motor unit
G)muscle fiber
H)slow twitch
I)fast twitch 
A) nodes of Ranvier 
B) saltatory 
C) neurotransmitter substance 
D) synaptic cleft 
E) neuromuscular junction
F)motor unit
G)muscle fiber
H)slow twitch
I)fast twitch

Question 15

Match each term to the correct descriptor. Terms may be used more than once or not at all.
-Structure that provides feedback concerning muscle length

Accepted Answer

A) acceleration 
B) muscle spindles 
C) intrafusal fibers 
D) Golgi tendon organs 
E) sustained lengthening
F)muscle tension
G)extrafusal fibers
H)muscle length
I)nuclear bag fibers
J)nuclear chain fibers 
A) acceleration 
B) muscle spindles 
C) intrafusal fibers 
D) Golgi tendon organs 
E) sustained lengthening
F)muscle tension
G)extrafusal fibers
H)muscle length
I)nuclear bag fibers
J)nuclear chain fibers

Question 16

Match each term to the correct descriptor. Terms may be used more than once or not at all.
-Type of fiber that conveys information concerning acceleration

Accepted Answer

A) acceleration 
B) muscle spindles 
C) intrafusal fibers 
D) Golgi tendon organs 
E) sustained lengthening
F)muscle tension
G)extrafusal fibers
H)muscle length
I)nuclear bag fibers
J)nuclear chain fibers 
A) acceleration 
B) muscle spindles 
C) intrafusal fibers 
D) Golgi tendon organs 
E) sustained lengthening
F)muscle tension
G)extrafusal fibers
H)muscle length
I)nuclear bag fibers
J)nuclear chain fibers

Question 17

Match each term to the correct descriptor. Terms may be used more than once or not at all.
-Occurs when a neuron is excited sufficiently to permit full activation

Accepted Answer

A) synapse 
B) neurotransmitter 
C) action potential 
D) depolarization 
E) resting membrane potential
F)absolutely (absolute) refractory period
G)relatively (relative) refractory period
H)rate of response
I)amplitude of response
J)saltatory conduction 
A) synapse 
B) neurotransmitter 
C) action potential 
D) depolarization 
E) resting membrane potential
F)absolutely (absolute) refractory period
G)relatively (relative) refractory period
H)rate of response
I)amplitude of response
J)saltatory conduction

Question 18

A ____________________ unit consists of a motor neuron, its axon, and the muscle fibers it innervates.

Accepted Answer

The answer of A ____________________ unit consists of a motor...

Question 19

The ____________________ hemisphere appears to be specialized for spatial and holistic elements, such as face recognition, speech intonation, melody, and perception of form.

Accepted Answer

The answer of The ____________________ hemisphere appears to be specialized...

Question 20

The primary reception area for auditory information is Brodmann number ____________________.

Accepted Answer

The answer of The primary reception area for auditory information...

Voltage-sensitive proteins

Match each region of the nervous system to the correct descriptor. Terms may be used more than once or not at all. -The speaker organizes his idea into linguistic and phonological units in preparation for speech.

A potential difference of -70 mV between the intracellular and interstitial spaces is found at ____________________ potential.

____________________ dysarthria arises from damage to the cerebellum or to the brainstem vestibular nuclei, or both.

Match each region of the nervous system to the correct descriptor. Terms may be used more than once or not at all. -The speaker receives information from peripheral sensors concerning how high her soft palate is elevated and where her tongue is in her mouth.

The ____________________ period is a period during which the membrane may be stimulated to excitation again, but only with greater than typical stimulation.

Tics, tremors, athetosis, and dystonia are all termed ____________________.

____________________ sensors transduce information about muscle length.

An action potential is

____________________ dysarthria is characterized by extraneous, involuntary movement of speech musculature, in addition to movement produced voluntarily.

Match each term to the correct descriptor. Terms may be used more than once or not at all. -Damage can cause hyperkinesia

The posterior portion of Brodmann area 22 is termed ____________________ area.

Match each term to the correct descriptor. Terms may be used more than once or not at all. -The point of communication between nerve and muscle

Match each term to the correct descriptor. Terms may be used more than once or not at all. -Structure that provides feedback concerning muscle length

Match each term to the correct descriptor. Terms may be used more than once or not at all. -Type of fiber that conveys information concerning acceleration

Match each term to the correct descriptor. Terms may be used more than once or not at all. -Occurs when a neuron is excited sufficiently to permit full activation

A ____________________ unit consists of a motor neuron, its axon, and the muscle fibers it innervates.

The ____________________ hemisphere appears to be specialized for spatial and holistic elements, such as face recognition, speech intonation, melody, and perception of form.

The primary reception area for auditory information is Brodmann number ____________________.

Basic Elements of Anatomy

Anatomy of Respiration

Physiology of Respiration

Anatomy of Phonation

Anatomy of Articulation and Resonation

Physiology of Articulation and Resonation

Physiology of Mastication and Deglutition

Anatomy of Hearing

Auditory Physiology

Neuroanatomy

Filters

Exam 12: Neurophysiology

Voltage-sensitive proteins

Match each region of the nervous system to the correct descriptor. Terms may be used more than once or not at all. -The speaker organizes his idea into linguistic and phonological units in preparation for speech.

A potential difference of -70 mV between the intracellular and interstitial spaces is found at ____________________ potential.

____________________ dysarthria arises from damage to the cerebellum or to the brainstem vestibular nuclei, or both.

Match each region of the nervous system to the correct descriptor. Terms may be used more than once or not at all. -The speaker receives information from peripheral sensors concerning how high her soft palate is elevated and where her tongue is in her mouth.

The ____________________ period is a period during which the membrane may be stimulated to excitation again, but only with greater than typical stimulation.

Tics, tremors, athetosis, and dystonia are all termed ____________________.

____________________ sensors transduce information about muscle length.

An action potential is

____________________ dysarthria is characterized by extraneous, involuntary movement of speech musculature, in addition to movement produced voluntarily.

Match each term to the correct descriptor. Terms may be used more than once or not at all. -Damage can cause hyperkinesia

The posterior portion of Brodmann area 22 is termed ____________________ area.

Match each term to the correct descriptor. Terms may be used more than once or not at all. -The point of communication between nerve and muscle

Match each term to the correct descriptor. Terms may be used more than once or not at all. -Structure that provides feedback concerning muscle length

Match each term to the correct descriptor. Terms may be used more than once or not at all. -Type of fiber that conveys information concerning acceleration

Match each term to the correct descriptor. Terms may be used more than once or not at all. -Occurs when a neuron is excited sufficiently to permit full activation

A ____________________ unit consists of a motor neuron, its axon, and the muscle fibers it innervates.

The ____________________ hemisphere appears to be specialized for spatial and holistic elements, such as face recognition, speech intonation, melody, and perception of form.

The primary reception area for auditory information is Brodmann number ____________________.

Basic Elements of Anatomy

Anatomy of Respiration

Physiology of Respiration

Anatomy of Phonation

Anatomy of Articulation and Resonation

Physiology of Articulation and Resonation

Physiology of Mastication and Deglutition

Anatomy of Hearing

Auditory Physiology

Neuroanatomy

Filters