The Americans benefited the most from the Europeans.
<u>Explanation:</u>
When in the year 1492, the Europeans started to colonies and expand their rule towards the western part of the world and the purpose of this sailing towards the western part was done to improve the trade and increase the markets for the goods which were manufactured by the countries in Europe. It led to the benefit for the people living in the United States of America who saw certain developments done by the Europeans in their area like the development of the infrastructure.
(This answer will be in the context of 15th-century history.)
Simply, more exposure to diseases from animals means better immunity in the long run.
As Europeans were exposed to these diseases, they will likely have issues at first. But, their bodies will develop immunity towards these diseases to the point where many bacteria cannot even affect them at all.
Let's look at a civilization that mostly did not have livestock, Native Americans. They were pretty clean and healthy. That is because there were no diseases to kill them until the Europeans came to North America. For example, the flu virus was something a European could handle with a little bit of rest. On the other hand, the flu virus wiped out most of the Native American population since they never had exposure to it.
Answer:
<em>The answer is to return back to their homeland.</em>
Explanation:
<u>I Hope This Helps!</u>
<u><em>-Justin:)</em></u>
Answer:
The Englishman who named dead cork as "cells" after rooms in a Catholic monastery is called Robert Hooke.
He did this while studying dead cork and saw the surrounding walls. He remembered that cellula (rooms for monks) looked exactly like these surrounding walls of dead cork and he decided to name them similarly.
Explanation:
The 17th-century scientist and Englishman, Robert Hooke was famous for observing the natural world. As he was studying some dead cork using a microscope in 1665, he discovered their cells, which looked like the cellula of monasteries. Cells, according to biological sciences, are the smallest structural and functional unit of an organism.
