The primary visual cortex, which is responsible for processing incoming visual information, is found in the occipital lobe, which is situated at the very rear of the brain. The occipital cortex is retinotopically structured, meaning that the location of an object in a person's visual field and the location of that object's representation on the cortex are closely related.
What is Occipital Lobe:
- One of the four primary brain lobe pairs in the human brain is the occipital lobe. Due to its location under the skull's occipital bone, the occipital lobe has earned its name. Additionally, it is the smallest lobe.
- Actually, the brain has two occipital lobes, one on each side. The lobes are divided and separated by the central cerebral fissure.
- On the back of the top brain, near the temporal lobes, are the occipital lobes.
- They are located above the cerebellum and behind the temporal and parietal lobes. The tentorium cerebelli acts as a barrier between them and the cerebellum.
To learn more about the Occipital lobe, refer to the following link:
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Answer:
should be the "House of Commons"
A market economy system is characterized by privately owned means of production.
In a market economy the economic agents own the factors of production and are free to offer them in the factor markets in exchange for a retribution.
In this system, the prices and the quantities exchanged are decided in the markets, after the interactions of the aggregate desires of all consumers and producers. There are almost no interventions from the goverment.
<u>On the other hand, a centrally-planned economy</u> would be a system in which the means of production are collectively owned by the whole society, and therefore, are in hands of the public authorities.
Among deaf people, a temporal lobe area normally dedicated to hearing may begin to process visual signals. This best illustrates the impact of auditory plasticity.
<u>Explanation:
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To compensate for the inability of hearing in auditory impaired persons, the temporal lobe area eventually develops itself to be capable of processing visual signals.
These signals stimulate the brain in a manner similar to that of hearing and assist the deaf person in interpreting what is being conveyed.
