The Congress of Vienna was a meeting held in Austria from late 1814 to june 1815, where ambassadors of different European states (such as <u><em>Great Britain, Russia, Prussia, Spain, Portugal, The Netherlands, France, Sweden, Switzerland) </em></u>chose diplomatically the new borders<u><em>. </em></u>
The meeting was mainly to confirm that France would loss the annexed territories between 1795 and 1810, these territories had been conquered by Napoleon I and the boundaries were remade after the defeat of Napoleon at Waterloo in the period of time that is known as the Hunder days (called like that after the Napoleon's failed attempt to restore his empire).
The purpose wasn't only to give the lands back to their former countries, but also to make arrangemets that would give the nations involved the ideal conditions for growing.
Answer:
The answer is (B)"Buddhist influence helped to produce a blossoming of Chinese culture".
Explanation:
Tang Dynasty was considered by many pundits as a booming period for Chinese cultures. Various local arts were developed by the Chinese people especially with the Buddhist influence. The Tang dynasty ruled from 617 to about 907 AD. The Tang dynasty was largely a period of peace and stability that ensured high blossoming of various cultures and arts especially wood-crafting in the first half of the dynasty rule.
Answer:
July 4, 1776
Explanation:
The second Continental Congress, meeting in Philidelphia in the Pennsylvania State House, approved the Declaration of Independence, severing the colonies' ties to the British Crown.
Answer:
Congress recommended to the individual states to give the Loyalists back their land and properties.
Britain recognized the United States as an independent nation.
The U.S. received the land between the Mississippi and Atlantic north of Florida and south of Canada.
Britain will accept America as an independent country (should be obvious as the revolution just ended) is correct.
Answer:
allels
Explanation:
It can be classified into two allele pairs: homozygous and heterozygous. In homozygous, both alleles are the same whether they are both dominant or recessive
