A) Aspiny B) Stellate C) None of the above D) Pyramidal E) Glia
A) There is more gray matter in the right hemisphere. B) The slope of the lateral is gentler on the left hemisphere. C) The left side of the thalamus is dominant for language functions D) The right hemisphere is larger and heavier. E) The left hemisphere extends farther posteriorly.
A) "I see nothing". Although object recognition is intact in the left hemisphere, speech initiation is not because mechanisms of the right hemisphere can not be accessed. B) "Spoon" because object recognition and speech intiaition is intact in the right hemisphere. C) "Spoon" because because object recognition and speech intiaition is intact in the left hemisphere,. D) "I see nothing". Although object recognition is intact in the right hemisphere, speech initiation is not because mechanisms of the left hemisphere can not be accessed.
A) verbal stimuli and music; stimuli with a tonal quality B) verbal stimuli; music and stimuli with a tonal quality. C) verbal stimuli with a tonal quality; music D) music and stimuli with a tonal quality; verbal stimuli E) music; verbal stimuli with a tonal quality
A) the left hand B) none of the above C) the right hand D) both hands
A) The majority of right-handers have lateralized speech. B) There is a larger incidence of left-handedness among mentally defective children & children with neurological disorders. C) All of the above are true. D) There is little known about the cerebral organization in those with right hemisphere speech.
A) Men are superior at spatial memory. B) Men are superior at mental rotation. C) None of the above. D) Women are superior at mental rotation E) Women are superior at geographical knowledge.
A) If there is a dominant gene for speech in the left hemisphere, there is an increased likelihood of left handedness. B) If there is a recessive gene for speech in the left hemisphere, there is an increased likelihood of left handedness. C) If there is a dominant gene for speech in the left hemisphere, there is an increased likelihood of right handedness. D) If there is a recessive gene for speech in the left hemisphere, there is an increased likelihood of right handedness.
A) integrating somatosensory information for movement B) integrating visual information C) none of the above D) processing somatic sensations and perceptions E) processing controlled motor responses
A) an indifference to illness B) none of the above C) an inability to localize and name body parts D) an absence of normal reactions to pain E) the inability to identify an object without visual input
A) Patients can only pay attention to one thing at a time B) Patients can not make visually guided movements C) Patients can move eyes but can't fixate on specific visual stimuli D) Patients can not identify movement in the environment
A) The basal ganglia B) The posterior parietal cortex C) The occipitofrontal cortex D) The cerebellum E) The premotor cortex
A) viewer-centered system and visuomotor guidance B) somatic sensations and perceptions C) none of the above D) balance and biological motion perception E) object recognition and pattern categorization
A) Astereognosis B) Anosognosia C) Asymbolia for pain D) Autopagnosia E) Anosodiaphoria
A) Egocentric disorientation B) Heading disorientation C) None of the above D) Topographic agnosia E) Anterograde disorientation
A) topographic amnesia. B) egocentric disorientation. C) heading disorientation. D) topographic agnosia. E) anterograde disorientation.
A) Both are active when changing directions B) Both continue activity in the dark. C) Both are influenced by environmental cues. D) Both activate when the enironment is rotated.
A) cerebellum B) basal ganglia C) putamen D) amygdala E) hippocampus
A) Grid cells B) All of the above C) Place cells D) Head direction cells
A) vestibular cues B) somatosensory cues C) visual cues D) gustatory cues E) auditory cues
A) ipsilateral and contralateral B) ipsilateral C) contralateral
A) hindbrain --> midbrain --> thalamus --> cerebral cortex B) none of the above C) cerebral cortex --> midbrain --> thalamus --> hindbrain D) cerebral cortex --> thalamus --> midbrain --> hindbrain E) midbrain --> thalamus --> hindbrain --> cerebral cortex
A) hapsis and nocioception B) none of the above C) nocioception and proprioception D) hapsis and proprioception
A) Ventral B) Vestibular C) Dorsal D) Nigrostriatal E) Geniculostriate
A) long term storage of information B) processing auditory input C) limb and trunk movements D) visual object recognition
A) speech production B) facial processing C) limb coordination D) biological motion E) none of the above
A) none of the above B) musicians have larger inferior temporal cortices. C) musicians have a higher volume of gray and white matter in Heschl's gyrus. D) spectral pitch listeners had a leftward asymmetry of gray-matter in Heschl's gyrus.
A) pseudopsychopathy B) pseudodepression C) temporal lobe personality D) disinhibition syndrome
A) All of the above B) detection of depth C) detection of position D) detection of movement E) None of the above
A) object identification B) symbol categorization C) visual guidance of movements D) color perception
A) the frontal lobe B) the parietal lobe C) the occipital lobe D) the temporal lobe
A) Scotoma B) Homonymous Hemianopia C) Macular Sparing D) None of the above E) Monocular blindness
A) associative agnosia. B) none of the above. C) prosopagnosia. D) apperceptive agnosia. E) alexia.
A) primary motor cortex B) posterior cortex C) prefrontal cortex D) premotor cortex
A) primary motor cortex B) prefrontal cortex C) premotor cortex D) posterior cortex
A) All of the above B) Eating and drinking C) Sexual behavior D) None of the above E) Grooming
A) increases in motor activity; Parkinson's B) loss of movement; Huntington's C) increases in motor activity; Huntington's D) loss of movement; Parkinsons
A) Caudate -> Thalamus -> Substantia Nigra -> Cortex -> Movement B) Thalamus -> Caudate -> Substantia Nigra -> Cortex -> Movement C) Cortex -> Thalamus -> Caudate -> Substantia Nigra -> Movement D) Substantia nigra -> Caudate -> Thalamus -> Cortex -> Movement
A) the limbic cortex B) the substantia nigra C) all of the above D) all areas of the neocortex E) none of the above
A) Basal Ganglia B) None of the above C) Orbitofrontal Cortex D) Hippocampus E) Cerebellum
A) medial; trunk B) medial; limbs C) lateral; trunk
A) does not decussate, limb B) decussates, limb C) decussates, trunk D) does not decussate, trunk
A) motor cortex B) prefrontal cortex C) striate cortex D) inferiotemporal cortex
A) The prefrontal cortex B) The frontal eye field C) The motor cortex D) The premotor cortex
A) inferior prefrontal cortex B) medial prefrontal cortex C) dorsolateral prefrontal cortex
A) dorsolateral B) none of the above C) posterior parietal D) orbitofrontal
A) facial expression B) memory retrieval C) nonverbal movements D) speech
A) have a connected hindbrain and spinal cord B) none of the above C) have a connected midbrain and frontal lobe D) have a connected spinal cord and frontal lobe
A) eat dry food B) swim C) run D) groom E) build nests
A) Laterality is affected by genetic factors B) Cerebral site is just as important as cerebral side C) Laterality is exhibited by a range of animals D) Laterality is not absolute E) All of the above |