Answer:
road construction
home building
gold mines
Explanation:
Human-environmental interaction is an age-long process that connects human activities with the rest of the ecosystem. The ecosystem is made of all living and non-living components.
Activities of humans have telling consequences on the ecosystem. They are necessary and important for the survival of human life and their overall well being. Almost all activities of man is constantly geared at shaping the environment they live in.
Road construction involves interaction with the geosphere and other component of the biosphere.
Building of homes is very similar to the road construction.
A gold mine is a perfect example of human-environmental interaction.
The Industrial Revolution made work be more regimented and less skilled. Instead of working for yourself, at your own pace, you had to work for a boss and work when and how hard that boss told you to. This made workers feel much less independent than they once had.
As for conducting business, things also became much more impersonal and regimented. Instead of conducting one's business as boss to a few apprentices and journeymen, a factory owner would now need to manage hundereds of employees.
So, in general, the Industrial Revolution made the workplace much more impersonal and took away the independence of the workers it employed.
A.Near plate boundaries
This is accurate because as the plates move along the surface of the Earth the plates will separate causing earthquakes, this also can prove there are convergent boundaries the plates will collide causing volcanos. This is where mostly the action of plates passing, colliding, or even separating which cause movement creating mountains, earthquakes and volcanos.
Answer:
Near water, change in elevation, or change in latitude.
A location at a high altitude will experience the cool summers and mild winters compared to a location at a low altitude.
Explanation:
Near water bodies, change in elevation, or change in latitude are geographic position that can be considered a control of temperature. If a location is present at a high altitude, it will experience cool summers and mild winters compared to a location at a low altitude because of lower pressure at the top. Lower pressure at higher altitudes is the main cause of colder temperature on top of a mountain than at sea level..
