That is because they think that should not be there
An Inquiry into the Nature and Causes of the Wealth of Nations, generally referred to by its shortened title The Wealth of Nations, is the magnum opus of the Scottish economist and moral philosopher Adam Smith. First published in 1776, the book offers one of the world's first collected descriptions of what builds nations' wealth, and is today a fundamental work in classical economics. By reflecting upon the economics at the beginning of the Industrial Revolution, the book touches upon such broad topics as the division of labour, productivity, and free markets.[1]
Answer:
B
Explanation:
They had to adapt to new environments. B is the answer to this question.
Answer: The correct answer is: to strongly encourage American Indians to become farmers
Explanation: The Dawes Act was approved in 1887, by means of which it was tried to foment the progress of the native agriculturists. It was intended to take Native Americans out of poverty and stimulate their assimilation into mainstream American society.
Hello. You did not present the battles to which this question refers, nor did you present any text where we could look for an answer. This makes it impossible for your question to be answered accurately. However, I will try to help you in the best possible way.
To assess which battle had the most balanced number of soldiers on both sides, you need to know the number of soldiers, in each army, that was participating in the conflict. The battle that has the most balanced number, in this case, is the one where the two armies have a very close number of soldiers, or the same number. For example, if in a battle between Army A and Army B, Army A has 1000 soldiers and Army B has 300 soldiers, that battle has an imbalance in relation to the number of soldiers. However, if Army A has 1000 soldiers and Army B has 920 soldiers, we can consider that this battle is in balance, since the number of soldiers in each army is similar and each army will be able to attack and defend at similar intensities.
