For future people, the answer is the Grand coulee Dam
Answer:
southwestern... northeastern
Explanation:
The United States is one of the countries that has one of the most abundant mines of uranium in the world. The majority of the uranium is mined in the southwestern sates, such as Texas, Arizona, Colorado, and Utah. Despite having the majority of the uranium mined in this part of the country, the power plants that use it for production of nuclear energy are not located in close proximity. In fact, most of the power plants are located east of the Mississippi River, with the highest density of power plants being in the northeastern states. In the western part of the country there is only four power plants.
Characteristics of a rejuvenated river include water that flows rapidly with sloping sides that create steep cuts on the valley floor.
Answer:
transmissivity =0.0001458235 m² / year
Explanation:
given data
discharge = 6,000 acre - feet/year = 0.001775566 cubic miles
width of aquifer = 1.8 miles
Gradient = 0.95%
to find out
what would be the average transmissivity of the aquifer
solution
we know that transmissivity formula that is
transmissivity = 
here Q is discharge and W is width and i is gradient
so put here value
transmissivity = 
transmissivity = 
transmissivity =0.0010383427 mile² / year
and we know 1 miles² = 2589988.11 m²
so
transmissivity =0.0001458235 m² / year
The statement is -False.
The amount of people working into the agricultural field, despite the much increased population of the country, has remained largely the same. This is a result mainly due to the mechanization. Since the mechanization is enabling the farmers to work on the land much quicker and more efficiently, with the mechanization replacing lot of labor human force, the amount of farmers is pretty much the same, but the production has increased significantly. As the technology develops, the same amount of people are managing to produce more and more, and human labor force is just not needed in large amounts, as the mechanization is doing most of the job.