Answer:
The electoral college system was the best solution they chose to democratically elect a president in a way that was both consistent with republican values and with the protections of rights of smaller states.
Explanation:
The Constitution and the new laws in the United States were revolutionary and pioneering by the end of the 18th century. The Founding Fathers could not look at a previous democratic model to find inspiration, because autocracy was the system of government anywhere else. One of the great dilemmas of democracy is how to avoid the tyranny of majorities over minorities. Could they have thought of a better system then? Maybe it was possible in theory, but it was very hard in practice. Besides, the population of the fomer colonies wasn´t as large as it´s today, and there were only 13 states, not 50. They could hardly have envision some outcomes we´ve seen in recent years when some candidates have won the popular vote, but have failed to win key states and electoral votes. They chose what they saw as the best option.
Answer:
B. Napoleon gave up his plans to expand French control across the Atlantic and in the Americas.
Explanation:
<span>The one that is not a correct description is the third option: the culture of the Byzantine empire became less diverse. The empire was a melting pot of Grecian influences, Roman, Armenian, and a number of other cultures. When the Western Empire fell, it wasn't as if the plug had been pulled on this cosmopolitan nation.So the third option is not a reason for falling</span>
Answer:
Bottle neck effect
Explanation:
Any disaster could lead to sudden decrease in population of an organism thereby decreasing its gene pool. Such disasters triggers genetic drift commonly termed as bottleneck effect.
Due to decrease in the population, the frequency of occurrence of any specific trait reduces as the frequency of alleles responsible for any certain trait also reduces.
Since habitat loss will cause reduction in both space and resources for giant pandas and hence a large number of pandas will die thereby reducing the gene pool and hence frequency of an allele.
