Classify the following characteristics as being descriptive of declarative memor
ID: 3507281 • Letter: C
Question
Classify the following characteristics as being descriptive of declarative memory or procedural memory. Declarative Memory Formation of these memories requires the cerebellum Formation of these memories requires the sensorimotor cortex Formation of these memories requires the basal nuclei Example: remembering the name of the city in which you were born Retention and recall of conscious experiences that can be put into words Formation of these memories requires other parts of the limbic system Example: riding a bicycle Procedural Memory Memory for skilled behaviors independent of any conscious understanding Formation of these memories requires the amygdala Includes learned emotional responses like fear of thunderstorms Example: remembering what you ate for breakfast yesterday Formation of these memories requires the hippocampusExplanation / Answer
Declarative memory :
Example: remembering the name of the city in which you were born.
Formation of these memories require amygdala
Memory for skilled behaviour independent of any conscious understanding
Includes learned emotional responses like fear of thunderstorm
Formation of these memories require the hippocampus
Procedural Memory
Formation of these memories requires the cerebellum
Formation of these memories require the sensorimotor cortex
Formation of these memories require the basal nuclei
Retention and recall of conscious experiences that can be put into words.
Formation of these memories require the other parts of limbic system
Example : riding a bicycle
Example: remembering what you ate yesterday for breakfast.
The specific ascending pathway from the eyes go to visual cortex which is in the occipital lobe
The specific ascending pathway from the ears go to auditory cortex, which is in the temporal lobe.
The specific ascending pathway from the taste bud pass to a cortical area adjacent to the region of somatosensory cortex where information from the face is processed.
The specific ascending pathways for olfaction projects to the portion of the olfactory cortex and to a location on the undersurface of frontal and temporal lobes called the limbic system
Processing pf afferent information does not end in the primary cortical receiving area, but continues from these areas to nearby association areas in the cerebral cortex where complex integration occurs.