Answer:
Based on what I know about the changes and resources that helped the United States' industries to grow I would expect China's resources to increase as the years go by. Chinese industries are discovering new sources of raw materials to use, and Chinese cities are growing quickly. Natural resources are becoming more available.Between 1900 and 2006, total world steel production increased, and steel is becoming more useful as a building resource. Cities are becoming centers of manufacturing. In 2006, the United States produced more steel than it did in 1900, but China was the world's leading steel producer in 2006. In 1900, Europe had more steel-producing countries than other continents, but In 2006, the world's leading steel producers were located in Asia.
Explanation:
Compounding is one of the challenges faced by developing countries in regards to health care. The WHO plays a big part in these challenges, because there needs to be a person or group with a stable financial situation to donate or offer help. If someone who does not have any power or money help, there is a less likely chance in making a difference in regards to the problem.
It would be "Oppressive othering" that most <span>defines other groups as morally or intellectually inferior, since in this case the word "oppressive" implies that one group is being subjected to the will of another. </span>
Answer:
United Kingdom
Explanation:
The UK has a lot of small earthquakes, so it has the highest risk of earthquakes
A negligible difference. Wind speed of 40 mph generally does not change the temperature of the air that much.
However, I believe you are meaning to ask what the difference feels like if you were subject to these conditions, this is a more complex answer. (Assuming that your skin temperature is greater than 35 degrees) You first need to understand that a change in wind speed would only decrease the time taken for your skin to equalise it's temperature to the surrounding air and thus feel 'colder', this is because more air is flowing over your skin per unit of time.
There are multiple other factors in determining what the 'feels like' temperature would be, such as taking into account the humidity and density of the air combined with our understanding of how heat is lost from the human body.
