Answer: The answer is...
Explanation: Language development has been correlated with specific changes in brain development. The aim of this paper is to analyze the linguistic-brain associations that occur from birth through senescence. Findings from the neuropsychological and neuroimaging literature are reviewed, and the relationship of language changes observable in human development and the corresponding brain maturation processes across age groups are examined. Two major dimensions of language development are highlighted: naming (considered a major measure of lexical knowledge) and verbal fluency (regarded as a major measure of language production ability). Developmental changes in the brain lateralization of language are discussed, emphasizing that in early life there is an increase in functional brain asymmetry for language, but that this asymmetry changes over time, and that changes in the volume of gray and white matter are age-sensitive. The effects of certain specific variables, such as gender, level of education, and bilingualism are also analyzed. General conclusions are presented and directions for future research are suggested.
Answer:
They need to increase the funding of the healthcare system (like social security), they also need to increase the funding for the schools around the country, they also need to increase the funding for making improvements for making more homes for the homeless people
Explanation:
Answer: B) companionate love
Explanation:
I think this would be an example of companionate love because it seems it is based more on a friendship. Companionate love can form in non-romantic relationships, and this relationship does not seem very romantic.
<span>Inhalants are addictive, and may cause immediate brain damage, constipation and nausea. While amphetamines do not cause any such harm. Amphetamines are used as a stimulant of the central nervous system.</span>
The second statement best explains the type of blood vessel and the function of these vessels' valves - <span>These are veins, which prevent the backflow of blood because the walls have little muscle to pump blood back to the heart.
</span>
Veins are large blood vessels which carry blood back to the heart. <span>Veins have a system of valves to prevent back-flow.</span>
