Even so, a relatively large group of Chinese immigrated to the United States between the start of the California gold rush in 1849 and 1882, when federal law stopped their immigration.
With the onset of hard economic times in the 1870s, European immigrants and Americans began to compete for the jobs traditionally reserved for the Chinese. With economic competition came dislike and even racial suspicion and hatred. Such feelings were accompanied by anti-Chinese riots and pressure, especially in California, for the exclusion of Chinese immigrants from the United States. The result of this pressure was the Chinese Exclusion Act, passed by Congress in 1882. This Act virtually ended Chinese immigration for nearly a century.
Explanation:I tried hope this might give you insight ❤️
Well, as it being one of the deadliest events in american history, the town was similar to that of the aftermath of a Hydrogen bomb going off, no human remains, just the sight of pure and utter destruction.
A. <span>It created widespread blending of cultures.
</span>That brief but thorough empire-building campaign changed the world: It spread Greek ideas and culture<span> from the Eastern Mediterranean to Asia. Historians call this era the “</span>Hellenistic<span> period.” (The word “</span>Hellenistic<span>” comes from the word Hellazein, which means “to speak Greek or identify with the Greeks.”)</span>
<span>In the feudal system of the Medieval age, a Serf was a person who was bound to the land of his Lord. A Serf was required to service the Lord as requested. Typically, the peasant Serf would perform manual farm labor on the land and then any other duties requested by his Lord, in exchange for using part of the Lord's land to generate their own food.</span>
"The Doctrine of Chances" is a theory that was proposed by Alfred Russell Wallace that related to the theory of natura selection of Darwinists. This doctrine is what we now consider "statistics." Wallace's idea was to use this doctrine of chances and averages in order to study population genetics.
