<span>Why do more hydrothermal resources exist in the western regions of the United States?<span>
</span>Answer: There are more hydrothermal resources in the Western regions of the United States because the there are temperatures hot enough to be useful as a geothermal resource located at depths too far below the surface. This is why this area became a prime target for the development of geothermal energy resources.
I hope it helps, Regards.</span>
Answer:
Latitude
Explanation:
Because latitude are lines in a numerical way to measure how far north or south of the equator a place is located. So it is NOT a climate of a region... if that makes sense lol.
Answer:
London(Canada), Windsor(Ontario)
Explanation:
Windsor, Ontario, is a Canadian city that is located to the south of Detroit Then the city, Windsor, was created in 1892, it was given the name South Detroit.
The city at the geographic halfway point from Detroit, MI to Toronto, Canada is London, Canada. London is a Canadian city in southwestern Ontario, located in the north of Lake Erie and the U.S. border. The exact coordinate of the midpoints are 42° 53' 5" N
, 81° 19' 48" W
The correct answer is the third option: "A nation that has made major social, political, and economic progress."
Answer:
NO, as the matter used in nuclear energy resource is of non renewable in nature while the energy generated is renewable in nature.
Explanation:
As nuclear energy is generated in the form of heat, it is model generated and used in turbines and to develop electricity. Proponents of nuclear energy regard it's as a sustainable energy source as it reduces carbon emission and increases energy security.
The positive effects of nuclear power plants are that these have lower greenhouse gas emissions.
- Have a higher power output
- They are inexpensive and don't rely on fossil fuels, creates no harmful gas.
- And also ae economical due to cheapness.
Negative aspects associated with them are:
- Wastes generated due to these resources
- These plants could be easy targets for terrorists.