How did europeans treat china during the 19th and 20th century? where else did this happen?

To understand the treatment of the Chinese in the 19th century, one has to consider how white Americans viewed racial and cultural difference at the time. During the 19th century, European Americans looked more towards the social and natural sciences, rather than interpretations of the Christian bible, to find explanation and justification for their notions of racial superiority and inferiority. With scientific-sounding terminology and evidence, the theory of Social Darwinism applied Darwin’s biological theory to social phenomena. By the end of the century, the theory of Social Darwinism was widely accepted, especially among the middle and upper classes who attended lectures on the subject at libraries and museums, read books purporting the theory in book clubs, and saw posters and exhibits like those reproduced in this lesson. The theory held strong appeal for European Americans as it offered a scientific explanation for the successes and failures of various groups of people as well as individuals. Another old notion, that of noblesse oblige, also came into play as European Americans sought to bring other “less fortunate” races some of the advantages of European civilization without “polluting” their own gene pool. The expression of these ideas is evident in the materials in this lesson. Students can see how these ideas developed through the 19th century and how they were applied specifically to the Chinese.

1. unlikely2. unlikely

The answer is    (d) 7/2======we have    we also  have an integral      notice how function f splits up at x = 0. there's a left piece and a right pieceso we'll need to do the same thing with our integral: split it at x = 0we use a property of integrals that allows us to split up and sum:     notice that for the piecewise function f, the function has the equationf(x) = x when x  ≤ 0. so for the integral  , f(x) = x so it changes into      for the piecewise function f, the function has the equationf(x) = x+1  when x  > 0. for the integral  , we have    therefore, back to our splitted integral: