Brain regions that are active as people learn to perform a visual-discrimination task are especially likely to be active again later as they experience

A) night terrors.
B) narcolepsy.
C) sleep apnea.
D) REM sleep.

Question

Sheridel asong · Accepted Answer

Final Answer : D, Explanation :  The question is referring to the concept of memory consolidation, where the brain replays and reactivates the neural pathways associated with learning during certain stages of sleep. Of the answer choices given, only REM sleep is known to be associated with memory consolidation, which suggests that the brain regions active during learning would be likely to reactivate during REM sleep.

Brain regions that are active as people learn to perform a visual-discrimination task are especially likely to be active again later as they experience

A) night terrors.
B) narcolepsy.
C) sleep apnea.
D) REM sleep.

Definitions

Learning Objectives

Learning Objectives

Related questions

Brain regions that are active as people learn to perform a visual-discrimination task are especially likely to be active again later as they experienceA) night terrors.B) narcolepsy.C) sleep apnea.D) REM sleep.

Definitions

Learning Objectives

Learning Objectives

Related questions

Brain regions that are active as people learn to perform a visual-discrimination task are especially likely to be active again later as they experience

A) night terrors.
B) narcolepsy.
C) sleep apnea.
D) REM sleep.