QUESTION IMAGE
Question
- alcohol consumption disrupts the processing of recent experiences into long - term memory by
a) decreasing sleep apnea.
b) decreasing rem sleep.
c) decreasing tolerance.
d) increasing anxiety.
e) increasing self - consciousness.
- which brain structure relays information from the eyes to the visual cortex?
a) medulla
b) hippocampus
c) cerebellum
d) thalamus
e) amygdala
- the receptor cells that convert light energy into neural signals are called
a) ganglion cells.
b) opponent processors.
c) bipolar cells.
d) rods and cones.
e) feature detectors.
- after a small section of his basilar membrane was damaged, jason experienced a noticeable loss of hearing for high - pitched sounds only. jasons hearing loss is best explained by the______theory.
a) frequency
b) place
c) gate - control
d) young - helmholtz
e) opponent - process
- the pituitary gland releases a growth hormone during
a) circadian sleep.
b) slow - wave sleep.
c) paradoxical sleep.
d) stage 2 sleep.
e) stage 1 sleep.
Brief Explanations
- Question 26: REM sleep is crucial for memory consolidation. Alcohol consumption decreases REM sleep, which disrupts the processing of recent experiences into long - term memory.
- Question 27: The thalamus is a major relay station in the brain. It relays sensory information, including visual information from the eyes to the visual cortex.
- Question 28: Rods and cones are the photoreceptor cells in the retina. They convert light energy into neural signals through a process of phototransduction.
- Question 29: The place theory of hearing states that different areas of the basilar membrane are sensitive to different frequencies of sound. Damage to a specific section (related to high - pitched sounds) aligns with this theory.
- Question 30: Slow - wave sleep (also known as deep sleep or stages 3 and 4 of non - REM sleep) is when the pituitary gland releases growth hormone, which is important for physical growth and repair.
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- B. decreasing REM sleep.
- D. thalamus.
- D. rods and cones.
- B. place.
- B. slow - wave sleep.