One part of the brain if stimulated during adolescence, will form two distint regions. The area of the brain is referred to as:
A) the occiptal lobes
B) the pituitary glands
C) Broca's area
D) the parietal Lobe
I am unsure of what the answer is, although if I were to take a educated guess I would say B. But I am totally unsure on this one.
I don't know this one, but you could just look up each of the options in wikipedia, or google each option with the phrase "in adolescence" included in your search.
Ok thank you I think that might will help
To determine the correct answer, we can break down the options and understand their functions:
A) The occipital lobes: These lobes are primarily responsible for processing visual information.
B) The pituitary glands: The pituitary glands are part of the endocrine system and primarily responsible for hormone regulation, rather than brain development.
C) Broca's area: Broca's area is a region located in the frontal lobe of the brain, specifically in the left hemisphere. It plays a key role in language production and speech.
D) The parietal lobe: The parietal lobe is involved in sensory processing and integrating sensory information.
Now, let's reevaluate the initial question: One part of the brain, if stimulated during adolescence, forms two distinct regions. From the given options, it becomes clear that the correct answer is not B or D, as they are not related to the formation of distinct brain regions.
To find the correct answer, we can focus on the remaining option, C - Broca's area. If you're unsure about its association with distinct regions, we can further analyze this choice. Broca's area is not primarily known for leading to the formation of distinct regions when stimulated during adolescence. It is more associated with language production. Therefore, option C is unlikely to be the correct answer.
Based on this reasoning, the most reasonable answer is A) the occipital lobes. These lobes have a well-documented role in processing visual information, and during adolescence, they undergo cortical maturation and development, leading to the formation of distinct regions. Thus, option A is the most appropriate choice.
Remember, when unsure about an answer, it's beneficial to assess the functions of each option and eliminate ones that cannot be valid based on their known properties and associations.