The reason for the superior performance of James is <u>his brain has experienced greater myelination than Mark's.</u>
<u>Explanation</u>:
Kids are often compared with each other regarding their performances in studies and sports. James is elder brother of Mark. He is very talented and intelligent. Even at the age of 6, he was able to correctly name the object and write ABCs in proper sequence. He was able to catch and throw the ball.
Mark was always compared with James, as he lags in performances and skills. The performance of the James is high due to myelination.
The myelination process is generally important for proper functioning of the central nervous system. This process helps the nerve cells in transmitting the information faster to be brain and performs many complex processes.
Answer:
The British raised men and money from India, as well as large supplies of food, cash, and ammunition, collected by British taxation policies. In return, the British promised to award self-rule to India at the end of the war
Explanation:
That is an example of <span>sensory preconditioning.
</span><span>sensory preconditioning. refers to the process of identifying two or more diefferent stimuli and develop a certain response that appropriate for each stimulus. In this particular case, the baby's crying is the stimuli and the calming down technique is the response.</span>
Answer:
Explanation:
Another reason why animals should not be kept in zoos is because their existence tells the world that people have failed in allowing animals to live in the wild. Zoos are a failure. If all wild animals were allowed to live in wild places where they are meant to live there would be no need for zoos.
Answer:
Evidence that the South American and African continents were once joined includes evidence from their coastlines such as D. matching fossil distributions
Explanation:
As well as linking Africa to South America, the distribution of fossils suggests that other continents were once contiguous with each other. For example the fern-like plant Glossopteris, which flourished almost 300 million years ago, is found in Antarctica, Australia and India as well as Africa and South America. This indicates that Glossopteris lived at a time when all of these continents were joined in a single super-continent, which geologists refer to as Pangaea.
