The __________ is a thick band of axon fibers that connects the two hemispheres of the brain
Stimulation of the primary __________ cortex results in sensations similar to that of being touched on a part of one’s body.
Identify what part of the brain deals primarily with memory and learning, and explain the process by which we use memory to help us learn.
Responses may vary but should include some or all of the following information: Memory and learning are functions of the cerebrum. We use our memory to help us learn through storage in short- and long-term memory. New information is stored in short-term memory. If it is information we want to keep, such as names, numbers, dates, and faces, it is transferred to long-term memory. To make sure information is properly stored, repetition is required. In the case of learning and memory, practice makes perfect.
Define mirror neurons. Briefly explain how they were discovered and what researchers have linked them to.
Responses may vary but should include some or all of the following information: Mirror neurons are activated by performing an action or seeing another perform the action. They were found by chance during experiments with monkeys, when researchers discovered that the same neurons that fired while performing a behavior also fired while observing the behavior. Mirror neurons have been linked to motor skill development, imitating another’s behavior, feeling empathy for another, understanding or comprehending social behavior, and language development.
The brain lobe associated most with processing visual information is the __________ lobe.
Identify the primary cortex associated with each of the lobes in the cerebral cortex and explain the function of each.
Responses may vary but should include some or all of the following information: The primary cortex associated with the occipital lobe is the primary visual cortex, which is mainly responsible for processing visual information. The parietal lobe contains the primary somatosensory cortex and is mainly responsible for registering sensory input. The temporal lobe houses the primary auditory cortex and is primarily responsible for receiving and processing auditory information. The frontal lobe contains the primary motor cortex, which is responsible for controlling muscle movement.
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